public SecondLabCalculatingObject(TraceLength traceLength, WaveLength waveLength,
ThetaDegrees thetaDegrees, RelativeTraceLength relativeTraceLength, DiafragmRadius diafragmRadius, bool isDirected, bool reverseRelativeDistance)
{
this.traceLength = traceLength;
this.waveLength = waveLength;
this.thetaDegrees = thetaDegrees;
this.relativeTraceLength = relativeTraceLength;
this.isDirected = isDirected;
this.diafragmRadius = diafragmRadius;
this.reverseRelativeDistance = reverseRelativeDistance;
}
public ThirdLabCalculationObject(Conductivity conductivity, ElectricalPermeability electricalPermeability, WaveLength waveLength, Height transmitterHeight, Height receiverHeight, ThetaDegrees thetaDegrees, TraceLength traceLength, PolarizationType polarizationType)
{
this.conductivity = conductivity;
this.electricalPermeability = electricalPermeability;
this.waveLength = waveLength;
this.transmitterHeight = transmitterHeight;
this.receiverHeight = receiverHeight;
this.thetaDegrees = thetaDegrees;
this.traceLength = traceLength;
this.PolarizationType = polarizationType;
}
public void CalculateFresnelZone(double waveLength, double traceLength, double relativeTraceLength, int fresnelZoneRadius, double expected)
{
WaveLength waveLengthObject = new WaveLength(waveLength, MetricPrefixes.One, UnitsOfMeasurement.Meter);
TraceLength traceLengthObject = new TraceLength(traceLength);
RelativeTraceLength relativeTraceLengthObject = new RelativeTraceLength(relativeTraceLength,
MetricPrefixes.Percents, UnitsOfMeasurement.Percents);
SecondLabCalculatingObject slco = new SecondLabCalculatingObject(traceLengthObject, waveLengthObject, null,
relativeTraceLengthObject, null, true, true);
var nFrenselZone = slco.CalculateNFresnelZone(fresnelZoneRadius).Value;
Assert.AreEqual(Math.Ceiling(expected), Math.Ceiling(nFrenselZone));
}