public void TestDimensionValues()
{
DimensionedValue valueInFt = "200 ft";
Assert.AreEqual("200 ft", valueInFt.ToString());
DimensionedValue valueInM = valueInFt.ConverTo("m");
Assert.AreEqual($"{200 / 3.28084} m", valueInM.ToString());
}
public void TestFailedDimension()
{
try
{
DimensionedValue valueInFt = "200 qwerty";
Assert.True(false);
}
catch (ArgumentException)
{
Assert.True(true);
}
catch (Exception)
{
Assert.True(false);
}
}
public static DimensionedValue GetDimVal(this ParseTreeNode entryNode)
{
if (entryNode.ChildNodes.Count < 12)
{
return(default(DimensionedValue));
}
//if (entryNode.ChildNodes.Any(n => n.Token == null)) return default(DimensionedValue);
var dval = new DimensionedValue();
dval.Name = entryNode.ChildNodes[2].Token.Text;
dval.Mass = (int)entryNode.ChildNodes[3].Token.Value;
dval.Length = (int)entryNode.ChildNodes[4].Token.Value;
dval.Time = (int)entryNode.ChildNodes[5].Token.Value;
dval.Temperature = (int)entryNode.ChildNodes[6].Token.Value;
dval.Quantity = (int)entryNode.ChildNodes[7].Token.Value;
dval.Current = (int)entryNode.ChildNodes[8].Token.Value;
dval.LuminousIntensity = (int)entryNode.ChildNodes[9].Token.Value;
dval.ScalarValue = Convert.ToDecimal(entryNode.ChildNodes[10].Token.Value);
return(dval);
}
public AblPropertiesData()
{
UWindSpeedDim = new DimensionedValue();
HWindDim = new DimensionedValue();
}
public AblPropertiesData()
{
UWindSpeedDim = new DimensionedValue();
HWindDim = new DimensionedValue();
}
