private void ThicknessGaugeInit(AppConfigController configController, XMLMaterialsController materialsController)
{
var nameMaterialPEC = configController.GetStrValue("materialPEC");
Material materialPEC = materialsController.GetMaterial(nameMaterialPEC);
double radiusPEC = configController.GetDoubleValue("radiusPEC");
double amplitude = configController.GetDoubleValue("amplitude");
double frequency = configController.GetDoubleValue("frequency");
AcousticWave acousticWave = new AcousticWave(amplitude, frequency);
RoundPEC roundPEC = new RoundPEC(radiusPEC, materialPEC, acousticWave);
var nameMaterialTO = configController.GetStrValue("materialTO");
Material materialTO = materialsController.GetMaterial(nameMaterialTO);
double thicknessTO = configController.GetDoubleValue("thicknessTO");
TestObject testObject = new TestObject(materialTO, thicknessTO);
this.thicknessGauge = new UltrasonicThicknessGauge(roundPEC, testObject);
if (this.thicknessGauge.IsFresnelZone)
{
templatePath = @"Templates\ThicknessGaugeFresnel";
}
else
{
templatePath = @"Templates\ThicknessGaugeFraunhofer";
}
this.thicknessGauge.StartTesting();
}
public void UltrasonicThicknessGaugeTestInialize()
{
// arrange
double speedOfSound = 340;
double density = 1.2;
double fspl = 1.1;
Material materialPEC = new Material(speedOfSound, density, fspl);
double amplitude = 15;
double frequency = 4000;
AcousticWave acousticWave = new AcousticWave(amplitude, frequency);
double radius = 0.02;
RoundPEC roundPEC = new RoundPEC(radius, materialPEC, acousticWave);
double speedOfSound2 = 3000;
double density2 = 1.2;
double fspl2 = 1.1;
Material materialTO = new Material(speedOfSound2, density2, fspl2);
TestObject testObject = new TestObject(materialTO, 0.2);
thicknessGauge = new UltrasonicThicknessGauge(roundPEC, testObject);
thicknessGauge.StartTesting();
}
public static void RoundPECTestInitialize(TestContext testContext)
{
// arrange
double radius = 0.02;
double speedOfSound = 340;
double density = 1.2;
double fspl = 1.1;
Material material = new Material(speedOfSound, density, fspl);
double amplitude = 15;
double frequency = 4000;
AcousticWave acousticWave = new AcousticWave(amplitude, frequency);
roundPEC = new RoundPEC(radius, material, acousticWave);
}
private void WriteValuesToDocx(RoundPEC _converter, AcousticWave _acousticWave, TestObject _testObject, string _wavelength, AcousticAttenuation _attenuation)
{
wordController.Replace(Resources.RadiusPEC, _converter.Radius.ToString());
wordController.Replace(Resources.WaveAmplitude, _acousticWave.Amplitude.ToString());
wordController.Replace(Resources.Frequency, _acousticWave.Frequency.ToString());
wordController.Replace(Resources.ThicknessTO, _testObject.Thickness.ToString());
wordController.Replace(Resources.MaterialPEC, _converter.Material.Name);
wordController.Replace(Resources.SpeedOfSoundPEC, _converter.Material.SpeedOfSound.ToString());
wordController.Replace(Resources.DensityPEC, _converter.Material.Density.ToString());
wordController.Replace(Resources.AcousticImpedancePEC, _converter.Material.AcousticImpedance.ToString());
wordController.Replace(Resources.MaterialTO, _testObject.Material.Name);
wordController.Replace(Resources.SpeedOfSoundTO, _testObject.Material.SpeedOfSound.ToString());
wordController.Replace(Resources.DensityTO, _testObject.Material.Density.ToString());
wordController.Replace(Resources.FsplTO, _testObject.Material.FSPL.ToString());
wordController.Replace(Resources.AcousticImpedanceTO, _testObject.Material.AcousticImpedance.ToString());
wordController.Replace(Resources.Wavelength, _wavelength);
wordController.Replace(Resources.FresnelDistance, _converter.CalcFresnelDistance(_testObject.Material).ToString());
wordController.Replace(Resources.FraunhoferDistance, _converter.CalcFraunhoferDistance(_testObject.Material).ToString());
wordController.Replace(Resources.AreaPEC, _converter.Area.ToString());
wordController.Replace(Resources.IntensityTransmittance, _attenuation.IntensityTransmittance.ToString());
wordController.Replace(Resources.AcousticAttenuation, _attenuation.Сalculate().ToString());
wordController.Replace(Resources.InAmplitude, thicknessGauge.ResponseAmplitude.ToString());
}
public void AttenuationFraunhoferPlaneTestInitialize()
{
// arrange
double speedOfSound = 340;
double density = 1.2;
double fspl = 1.1;
Material materialPEC = new Material(speedOfSound, density, fspl);
double amplitude = 15;
double frequency = 4000;
AcousticWave acousticWave = new AcousticWave(amplitude, frequency);
double radius = 0.02;
RoundPEC roundPEC = new RoundPEC(radius, materialPEC, acousticWave);
double speedOfSound2 = 3000;
double density2 = 1.2;
double fspl2 = 1.1;
Material materialTO = new Material(speedOfSound2, density2, fspl2);
TestObject testObject = new TestObject(materialTO, 0.2);
attenuation = new AttenuationFresnelPlane(roundPEC, testObject);
}
