public KalkUnitPrefix(KalkUnitPrefixCode code, string abbreviation, string prefix, int @base, int exponent)
{
Code = code;
Name = code.ToString().ToLowerInvariant();
Abbreviation = abbreviation;
Prefix = prefix;
Base = @base;
Exponent = exponent;
}
public KalkUnitPrefix(KalkUnitPrefixCode code, int exponent)
{
Code = code;
Name = code.ToString();
Abbreviation = Name[0].ToString(CultureInfo.InvariantCulture);
Name = Name.ToLowerInvariant();
Prefix = Abbreviation;
Base = 10;
Exponent = exponent;
}
public static List <KalkUnitPrefix> GetListFromCode(KalkUnitPrefixCode prefixCode)
{
var descriptors = new List <KalkUnitPrefix>();
for (int i = 0; i < PrefixValues.Length; i++)
{
var toMatch = (KalkUnitPrefixCode)PrefixValues.GetValue(i);
if ((toMatch & prefixCode) != 0)
{
descriptors.Add(DescriptorArray[i]);
}
}
return(descriptors);
}
public KalkUnitPrefix(KalkUnitPrefixCode code, string abbreviation, int @base, int exponent) : this(code, abbreviation, abbreviation, @base, exponent)
{
}
private static KalkUnitPrefix GetDescriptor(KalkUnitPrefixCode singlePrefixCode)
{
switch (singlePrefixCode)
{
case KalkUnitPrefixCode.Zetta:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Zetta, 24));
case KalkUnitPrefixCode.Yotta:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Yotta, 21));
case KalkUnitPrefixCode.Exa:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Exa, 18));
case KalkUnitPrefixCode.Peta:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Peta, 15));
case KalkUnitPrefixCode.Tera:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Tera, 12));
case KalkUnitPrefixCode.Giga:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Giga, 9));
case KalkUnitPrefixCode.Mega:
return(new KalkUnitPrefix(KalkUnitPrefixCode.Mega, 6));
case KalkUnitPrefixCode.kilo:
return(new KalkUnitPrefix(KalkUnitPrefixCode.kilo, 3));
case KalkUnitPrefixCode.hecto:
return(new KalkUnitPrefix(KalkUnitPrefixCode.hecto, 2));
case KalkUnitPrefixCode.deca:
return(new KalkUnitPrefix(KalkUnitPrefixCode.deca, "da", 10, 1));
case KalkUnitPrefixCode.deci:
return(new KalkUnitPrefix(KalkUnitPrefixCode.deci, -1));
case KalkUnitPrefixCode.centi:
return(new KalkUnitPrefix(KalkUnitPrefixCode.centi, -2));
case KalkUnitPrefixCode.milli:
return(new KalkUnitPrefix(KalkUnitPrefixCode.milli, -3));
case KalkUnitPrefixCode.micro:
return(new KalkUnitPrefix(KalkUnitPrefixCode.micro, "µ", -6));
case KalkUnitPrefixCode.nano:
return(new KalkUnitPrefix(KalkUnitPrefixCode.nano, -9));
case KalkUnitPrefixCode.pico:
return(new KalkUnitPrefix(KalkUnitPrefixCode.pico, -12));
case KalkUnitPrefixCode.femto:
return(new KalkUnitPrefix(KalkUnitPrefixCode.femto, -15));
case KalkUnitPrefixCode.atto:
return(new KalkUnitPrefix(KalkUnitPrefixCode.atto, -18));
case KalkUnitPrefixCode.zepto:
return(new KalkUnitPrefix(KalkUnitPrefixCode.zepto, -21));
case KalkUnitPrefixCode.yocto:
return(new KalkUnitPrefix(KalkUnitPrefixCode.yocto, -24));
case KalkUnitPrefixCode.Kibi: // - Ki 2^10 kibibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Kibi, "Ki", 2, 10));
case KalkUnitPrefixCode.Mibi: // - Mi 2^20 mibibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Mibi, "Mi", 2, 20));
case KalkUnitPrefixCode.Gibi: // - Gi 2^30 gibibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Gibi, "Gi", 2, 30));
case KalkUnitPrefixCode.Tibi: // - Ti 2^40 tebibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Tibi, "Ti", 2, 40));
case KalkUnitPrefixCode.Pibi: // - Pi 2^50 pebibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Pibi, "Pi", 2, 50));
case KalkUnitPrefixCode.Eibi: // - Ei 2^60 exbibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Eibi, "Ei", 2, 60));
case KalkUnitPrefixCode.Zibi: // - Zi 2^70 zebibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Zibi, "Zi", 2, 70));
case KalkUnitPrefixCode.Yibi: // - Yi 2^80 yobibit
return(new KalkUnitPrefix(KalkUnitPrefixCode.Yibi, "Yi", 2, 80));
//case KalkUnitPrefixCode.Kbit: // - Kb 2^10 kilobit
// return new KalkUnitPrefix(KalkUnitPrefixCode.Kbit, "Kb", "K", 2, 10);
//case KalkUnitPrefixCode.Mbit: // - Mb 2^20 megabit
// return new KalkUnitPrefix(KalkUnitPrefixCode.Mbit, "Mb", "M", 2, 20);
//case KalkUnitPrefixCode.Gbi: // - Gb 2^30 gigabit
// return new KalkUnitPrefix(KalkUnitPrefixCode.Gbi, "Gb", "G", 2, 30);
default:
throw new ArgumentOutOfRangeException(nameof(singlePrefixCode), singlePrefixCode, null);
}
}
