public void CalculateFinalLinearForceInclined_Success()
{
// Setup
var expectedResult = 26.5803407868209;
var wire = WireFactory.Create(1);
var temperature = 0.0;
var iceRadius = 0.0125;
var windPressure = 400.0;
var finalSpanLength = 35.97;
var finalElevation = 1.256;
var weather = new Weather(temperature, iceRadius, windPressure, finalSpanLength, finalElevation);
// Execute
var linearForce = WeatherExtensions.CalculateFinalLinearForce(weather, wire);
// Assert
Assert.Equal(expectedResult, linearForce, SigFigs);
}
public void CalculateFinalLinearForce_Success()
{
// Setup
var expectedResult = 45.2625626876656;
var wire = WireFactory.Create(795);
var temperature = 0.0;
var iceRadius = 0.02;
var windPressure = 200.0;
var finalSpanLength = 50;
var finalElevation = 0;
var weather = new Weather(temperature, iceRadius, windPressure, finalSpanLength, finalElevation);
// Execute
var linearForce = WeatherExtensions.CalculateFinalLinearForce(weather, wire);
// Assert
Assert.Equal(expectedResult, linearForce, SigFigs);
}
public void Calculate556SagTest_Success()
{
// Setup
var expectedResult = 0.660679754095347;
var wire = WireFactory.Create(556);
var temperature = 0.0;
var iceRadius = 0.0;
var windPressure = 0.0;
var finalSpanLength = 50;
var finalElevation = 0;
var weather = new Weather(temperature, iceRadius, windPressure, finalSpanLength, finalElevation);
var creepRTSPercent = 5;
var creep = new Creep(creepRTSPercent);
// Execute
var sag = WeatherExtensions.CalculateSag(3600 / WeatherExtensions.CalculateFinalLinearForce(weather, wire), weather.FinalSpanLength, weather.FinalElevation);
// Assert
Assert.Equal(expectedResult, sag, SigFigs);
}
