public void SimpleRoundTripTest()
{
TouchstoneOptions options = new TouchstoneOptions
{
Format = FormatType.DecibelAngle,
FrequencyUnit = FrequencyUnit.GHz,
Parameter = ParameterType.Scattering,
Resistance = 50
};
string filePath = Path.GetTempFileName();
var ts = new Touchstone(2, options);
int gain_dB = 0;
for (double f = 1e9; f <= 2e9; f += 0.1e9)
{
var gain = NetworkParameter.FromPolarDecibelDegree(gain_dB, 0);
ts.NetworkParameters[f, 2, 1] = gain;
}
ts.Write(filePath);
var result = Touchstone.ReadAllData(filePath);
result.Count.Should().Be(ts.NetworkParameters.Count);
foreach (var freq in result.Frequencies)
{
ts.NetworkParameters[freq, 2, 1].Should().Be(result[freq, 2, 1]);
}
}
public void ConversionTests()
{
NetworkParameter s = NetworkParameter.FromPolarDegree(100, 180);
s.Magnitude_dB.Should().Be(20);
s.Phase_deg.Should().Be(180);
NetworkParameter s2 = NetworkParameter.FromPolarDecibelDegree(20, 180);
s2.Magnitude.Should().Be(100);
s.Phase_deg.Should().Be(180);
NetworkParameter s3 = new NetworkParameter(10, 10);
s3.Phase_deg.Should().Be(45);
NetworkParameter s4 = new NetworkParameter(10, -10);
s4.Phase_deg.Should().Be(-45);
NetworkParameter s5 = NetworkParameter.FromPolarDegree(100 * Math.Sqrt(2), 45);
s5.Real.Should().BeApproximately(100, .001);
s5.Imaginary.Should().BeApproximately(100, .001);
}
public void SimpleCascade()
{
NetworkParameter infiniteReturnLoss = NetworkParameter.FromPolarDecibelDegree(double.NegativeInfinity, 0);
NetworkParameter three_dBLoss = NetworkParameter.FromPolarDecibelDegree(3, 0);
NetworkParameter five_dBLoss = NetworkParameter.FromPolarDecibelDegree(5, 0);
ScatteringParametersMatrix s1 = new ScatteringParametersMatrix(2)
{
public void ComparisonTests()
{
NetworkParameter s = NetworkParameter.FromPolarDecibelDegree(20, 0);
NetworkParameter s2 = NetworkParameter.FromPolarDecibelDegree(10, 180);
//(s > s2).Should().BeTrue("magnitude is prioritized");
NetworkParameter s_0 = NetworkParameter.FromPolarDecibelDegree(20, 10);
//(s < s_0).Should().BeTrue("greater angle");
NetworkParameter s3 = NetworkParameter.FromPolarDecibelDegree(20, 100);
NetworkParameter s4 = NetworkParameter.FromPolarDegree(100, 100);
(s3 == s4).Should().BeTrue();
}
private List <NetworkParameter> ComboBoxSelectionChanged(ModelTabelParameter item, List <int> DataSensors, DataGrid dataGrid)
{
var ListNetworkParameter = db.GetItems <ModelTabelNetworkParameter>().Where(w => w.Id_Parameter == item.Id).Select(s => s.Array_coordinates).ToList();
var ListConstantCoordinates = GetConstantCoordinatesNetwork(ListNetworkParameter, dataGrid);
var array_gaps = JsonConvert.DeserializeObject <List <int> >(db.GetItem <ModelGaps>(item.Id_gaps).Array_gaps);
var CurrentStateSystem = new NetworkParameter()
{
Name = "P-" + item.Name_parameter,
Array_coordinates = CurrentCoordinates.GetCurrentStateSystemCoordinatess(GetConstantCoordinatesNetwork(ListNetworkParameter, dataGrid), GetArray(DataSensors, array_gaps))
};
ListConstantCoordinates.Insert(0, CurrentStateSystem);
return(ListConstantCoordinates);
}
private void applyParameters()
{
NetworkParameter networkParameter = this.parameters.GetNetworkParameter();
CameraParameter cameraParameter = this.parameters.GetCameraParameter();
BarcodeImagingParameter barcodeImagingParameter = this.parameters.GetBarcodeImagingParameter();
PersistencyParameter persistencyParameter = this.parameters.GetPersistencyParameter();
MES.Processor.ModuleConfiguration.Default_BarCodeScanningTimes = barcodeImagingParameter.ScanTimes;
MES.Processor.ModuleConfiguration.Default_FailureRetryTimes = barcodeImagingParameter.FailureRetryTimes;
MES.Processor.ModuleConfiguration.IsExtractingBarCodes = barcodeImagingParameter.IsExtractingBarCode;
MES.Processor.ModuleConfiguration.IsCheckingSkewAngle = barcodeImagingParameter.IsCheckingSkewAngle;
MES.Processor.ModuleConfiguration.Default_ImageRotationDegree = barcodeImagingParameter.ImageRotationDegree;
MES.Processor.ModuleConfiguration.Default_ImageRotationParameters = new Dictionary <string, object>()
{
{ "RotationAtPercentageOfImageWidth", barcodeImagingParameter.RotationAtPercentageOfImageWidth },
{ "RotationAtPercentageOfImageHeight", barcodeImagingParameter.RotationAtPercentageOfImageHeight },
{ "IsNoClip", barcodeImagingParameter.IsNoClip }
};
MES.Acquirer.ModuleConfiguration.Default_Timeout = cameraParameter.DeviceTimeout;
MES.Acquirer.ModuleConfiguration.Default_CameraParameters = new Dictionary <string, object>()
{
{ "exposure", cameraParameter.Exposure },
{ "gain", cameraParameter.Gain },
{ "imgdataformat", cameraParameter.ImageDataFormat },
{ "downsampling_type", cameraParameter.DownSamplingType },
{ "downsampling", cameraParameter.DownSampling },
{ "height", cameraParameter.OutputImageHeight },
{ "width", cameraParameter.OuputImageWidth },
{ "sharpness", cameraParameter.Sharpness },
{ "gammaY", cameraParameter.GammaY },
{ "gammaC", cameraParameter.GammaC },
{ "exp_priority", cameraParameter.ExposurePriority },
{ "bpc", cameraParameter.EnableBPC ? 1 : 0 },
{ "auto_bandwidth_calculation", cameraParameter.EnableAutoBandWidthCalculation ? 1 : 0 },
{ "buffer_policy", cameraParameter.BufferPolicy },
//{"limit_bandwidth", cameraParameter.LimitBandWidth}
{ "aeag", cameraParameter.EnableAEAG ? 1 : 0 },
{ "offsetX", cameraParameter.OuputImageOffsetX },
{ "offsetY", cameraParameter.OutputImageOffsetY }
};
MES.Acquirer.ModuleConfiguration.Default_ImageOuputFormat = cameraParameter.ImageOutputFormat;
}
private void applyParameters()
{
NetworkParameter networkParameter = this.parameters.GetNetworkParameter();
SerialPortParameter serialPortParameter = this.parameters.GetSerialPortParameter();
TimerParameter timerParameter = this.parameters.GetTimerParameter();
PersistencyParameter persistencyParameter = this.parameters.GetPersistencyParameter();
ModuleConfiguration.Default_LocalAddress = networkParameter.LocalAddress;
ModuleConfiguration.Default_LocalPort = networkParameter.LocalPort;
ModuleConfiguration.Default_MulticastAddress = networkParameter.RemoteAddress; //networkParameter.MulticastAddress;
ModuleConfiguration.Default_MulticastPort = networkParameter.RemotePort; //networkParameter.MulticastPort;
ModuleConfiguration.Default_TimeToLive = networkParameter.TimeToLive;
ModuleConfiguration.Default_CommunicationType = networkParameter.CommunicationType;
ModuleConfiguration.Default_PipeName = networkParameter.PipeName;
ModuleConfiguration.Default_TimerInterval = timerParameter.TimerInterval;
ModuleConfiguration.Default_SerialPortBaudRate = serialPortParameter.SerialPortBaudRate;
ModuleConfiguration.Default_SerialPortDataBits = serialPortParameter.SerialPortDataBits;
ModuleConfiguration.Default_SerialPortEncodingCodePage = serialPortParameter.SerialPortEncodingCodePage;
ModuleConfiguration.Default_SerialPortHandShake = serialPortParameter.SerialPortHandShake;
ModuleConfiguration.Default_SerialPortName = serialPortParameter.SerialPortName;
ModuleConfiguration.Default_SerialPortParity = serialPortParameter.SerialPortParity;
ModuleConfiguration.Default_SerialPortReadBufferSize = serialPortParameter.SerialPortReadBufferSize;
ModuleConfiguration.Default_SerialPortReadTimeout = serialPortParameter.SerialPortReadTimeout;
ModuleConfiguration.Default_SerialPortRtsEnable = serialPortParameter.SerialPortRtsEnable;
ModuleConfiguration.Default_SerialPortStopBits = serialPortParameter.SerialPortStopBits;
ModuleConfiguration.Default_SerialPortWriteBufferSize = serialPortParameter.SerialPortWriteBufferSize;
ModuleConfiguration.Default_SerialPortWriteTimeout = serialPortParameter.SerialPortWriteTimeout;
ModuleConfiguration.Default_SerialPortDtrEnable = serialPortParameter.SerialPortDtrEnable;
ModuleConfiguration.Default_SerialPortMode = serialPortParameter.SerialPortMode;
ModuleConfiguration.Default_SerialPortExpectedDataValue = serialPortParameter.SerialPortExpectedDataValue;
ModuleConfiguration.Default_SequenceMask = serialPortParameter.SequenceMask;
ModuleConfiguration.Default_SequenceSeparator = serialPortParameter.SequenceSeparator;
ModuleConfiguration.Default_SerialPortIsReadingByLine = serialPortParameter.IsReadingByLine;
ModuleConfiguration.Default_SerialPortIsBroadcasting = serialPortParameter.IsBroadcasting;
}
public void TestNearest()
{
var collection = new NetworkParametersCollection <ScatteringParametersMatrix>(2);
for (int i = 1; i <= 20; i++)
{
collection[i * 1.0e9, 2, 1] = NetworkParameter.FromPolarDecibelDegree(i, 0);
}
collection.Nearest(0)[2, 1].Should().Be(NetworkParameter.FromPolarDecibelDegree(1, 0),
"0 is out of bounds but closest to 1e9");
collection.Nearest(1.0e9)[2, 1].Should().Be(NetworkParameter.FromPolarDecibelDegree(1, 0),
"1e9 is equal to 1e9");
collection.Nearest(1.51e9)[2, 1].Should().Be(NetworkParameter.FromPolarDecibelDegree(2, 0),
"1.51e9 is closer to 2e9");
collection.Nearest(19.9e9)[2, 1].Should().Be(NetworkParameter.FromPolarDecibelDegree(20, 0),
"19.9e9 is nearest to 20e9");
collection.Nearest(21e9)[2, 1].Should().Be(NetworkParameter.FromPolarDecibelDegree(20, 0),
"21e9 is outside of bounds but nearest to 20e9");
}
private List <NetworkParameter> ParseParameters(List <string> data)
{
List <NetworkParameter> parameters = new List <NetworkParameter>();
for (int j = 0; j < data.Count; j += 2)
{
double val1 = 0, val2 = 0;
try
{
val1 = double.Parse(data[j]);
val2 = double.Parse(data[j + 1]);
}
catch (FormatException)
{
ThrowHelper("Data", "Invalid data format");
}
NetworkParameter param = new NetworkParameter();
switch (Options.Format)
{
case FormatType.DecibelAngle:
param = NetworkParameter.FromPolarDecibelDegree(val1, val2);
break;
case FormatType.MagnitudeAngle:
param = NetworkParameter.FromPolarDegree(val1, val2);
break;
case FormatType.RealImaginary:
param = new NetworkParameter(val1, val2);
break;
}
parameters.Add(param);
}
return(parameters);
}
public NetworkParameterElement(NetworkParameter param) => parameter = param;
private void startListener()
{
NetworkParameter networkParameter = this.parameters.GetNetworkParameter();
this.communicationManager = new CommunicationManager()
{
LocalAddress = networkParameter.LocalAddress, //ConfigurationManager.AppSettings.Get("LocalAddress"),
RemoteAddress = networkParameter.RemoteAddress, //networkParameter.MulticastAddress, //ConfigurationManager.AppSettings.Get("RemoteAddress"),
LocalPort = networkParameter.LocalPort, //int.Parse(ConfigurationManager.AppSettings.Get("LocalPort")),
RemotePort = networkParameter.RemotePort, //networkParameter.MulticastPort, //int.Parse(ConfigurationManager.AppSettings.Get("RemotePort")),
TimeToLive = networkParameter.TimeToLive, //int.Parse(ConfigurationManager.AppSettings.Get("TimeToLive"))
PipeName = networkParameter.PipeName
};
//this.communicationManager.Start();
this.communicationManager.Start((int)(networkParameter.CommunicationType));
byte[] bytesReceived = null;
int bytesCount = -1;
while (true)
{
bytesReceived = this.communicationManager.Receive(out bytesCount);
if ((bytesCount > 0) && (bytesReceived != null) && (bytesReceived.Length > 0))
{
DataIdentifier identifier = CommonUtility.BinaryDeserialize(bytesReceived) as DataIdentifier; //JsonUtility.JsonDeserialize(bytesReceived, typeof(DataIdentifier), null, null) as DataIdentifier;
DataPair pair = this.doAcquisition(identifier);
pair = this.doComputation(pair);
pair = this.doCorrelation(pair.Identifier, pair.Items[0]);
this.saveDataPair(pair);
this.Invoke(new Action(() =>
{
using (MemoryStream stream = new MemoryStream(pair.Items[1].DataBytes))
{
this.bitmap = Bitmap.FromStream(stream) as Bitmap;
this.pictureBoxAcquiredImage.Image = this.bitmap;
this.pictureBoxAcquiredImage.Refresh();
}
if ((pair.Items[0].DataParameters != null) && (pair.Items[1].DataParameters.Count > 0))
{
//this.listBoxBarcodes.DataSource = pair.Items[0].DataParameters[0].Value.Split(new string[] { "," }, StringSplitOptions.RemoveEmptyEntries);
string barcodes = pair.Items[1].GetParameterValue("BarCodes");
this.listBoxBarcodes.DataSource = !String.IsNullOrEmpty(barcodes) ? barcodes.Split(new string[] { "," }, StringSplitOptions.RemoveEmptyEntries) : null;
}
else
{
this.listBoxBarcodes.DataSource = null;
}
this.listBoxBarcodes.Refresh();
this.tabControlMain.SelectedTab = this.tabPageBarcodes;
this.toolStripStatusLabelCurrentStatus.Text = this.currentImageFile;
if (this.bindingSource.Count == 20)
{
string imageUrlMappingKey = this.bindingSource[0].ToString();
if (this.imageUrlMappings.ContainsKey(imageUrlMappingKey))
{
this.imageUrlMappings.Remove(imageUrlMappingKey);
}
this.bindingSource.RemoveAt(0);
}
this.bindingSource.Add(new DataParameter()
{
Name = this.currentImageFile, Value = this.currentImageFile
});
this.dataGridViewRecentImages.Refresh();
}));
}
}
}
