protected UnitName <S, T> GetUnitName(string data)
{
UnitPrefix <S, T> prefix = null;
UnitBaseName <S, T> baseName = null;
for (int index = 0; index < data.Length; index++)
{
var stringPrefix = data.Substring(0, index);
var stringSuffix = data.Substring(index, data.Length - index);
try
{
prefix = ConstantProvider.GetPrefixBySymbol(stringPrefix);
baseName = ConstantProvider.GetUnitBySymbol(stringSuffix);
if (prefix != null && baseName != null)
{
break;
}
}
catch (UnitNotFoundException)
{
}
}
if (prefix == null || baseName == null)
{
throw new UnitParserException(string.Format("Can't find any prefix+unit called [{0}].", data));
}
return(new UnitName <S, T>(prefix, baseName: baseName));
}
public void AsStringTest()
{
var unitBaseName = new UnitBaseName <ScalarFloat, float> {
Name = "metre", AsciiSymbol = "m", Factor = new ScalarFloat(1), Symbol = "m"
};
var unitPrefix = new UnitPrefix <ScalarFloat, float> {
Name = "kilo", Symbol = "k", AsciiSymbol = "k", Factor = new ScalarFloat(1000), Invert = false
};
var unitName = new UnitName <ScalarFloat, float>(unitPrefix, unitBaseName);
Assert.AreEqual("km", unitName.AsString);
}
public UnitNamePower(UnitPrefix <S, T> prefix, UnitBaseName <S, T> baseName) : this(prefix, baseName, 1)
{
}
public UnitNamePower(UnitPrefix <S, T> prefix, UnitBaseName <S, T> baseName, long power) : this(new UnitName <S, T>(prefix, baseName), power)
{
}
protected void AddReference(UnitPrefix <S, T> unitPrefix, UnitBaseName <S, T> unitBaseName)
{
AddReference(new UnitNamePower <S, T>(unitPrefix, unitBaseName));
}
public UnitBaseName <S, T> Add(UnitBaseName <S, T> unitBaseName)
{
UnitByName[unitBaseName.Name] = unitBaseName;
UnitBySymbol[unitBaseName.Symbol] = unitBaseName;
return(unitBaseName);
}
