private static object fup(
double logPow,
string @class,
object pKa,
object pKa_base,
bool denominatorOnly
)
{
var Pnlw = Pow(10, logPow);
var o = ExcelFunctions.Iwp(@class, pKa, pKa_base);
if (o is ExcelError)
{
return(o);
}
var Iwp = (double)o;
var Fwp = _table1["plasma"]["Fw"];
var Fnlp = _table1["plasma"]["Fnl"];
var denominator = ((1 + Iwp) * Fwp + Pnlw * Fnlp);
if (denominatorOnly)
{
return(denominator);
}
var fup = (1 + Iwp) / denominator;
return(fup);
}
private static object fut(
string tissue,
double logPow,
string @class,
bool containsOxygen,
object pKa,
object pKa_base,
bool denominatorOnly
)
{
if (string.IsNullOrWhiteSpace(tissue))
{
return(ExcelError.ExcelErrorValue);
}
tissue = tissue.ToLowerInvariant();
if (tissue == "plasma")
{
return(ExcelError.ExcelErrorValue);
}
if (!_table1.ContainsKey(tissue))
{
return(ExcelError.ExcelErrorValue);
}
object o;
double Pnlw;
if (tissue == "adipose")
{
o = LogPvow(logPow, @class, containsOxygen);
if (o is ExcelError)
{
return(o);
}
var logPvow = (double)o;
Pnlw = Pow(10, logPvow);
}
else
{
Pnlw = Pow(10, logPow);
}
o = ExcelFunctions.Iwt(@class, pKa, pKa_base);
if (o is ExcelError)
{
return(o);
}
var Iwt = (double)o;
var Fwt = _table1[tissue]["Fw"];
var Fnlt = _table1[tissue]["Fnl"];
var denominator = ((1 + Iwt) * Fwt + Pnlw * Fnlt);
if (denominatorOnly)
{
return(denominator);
}
o = ExcelFunctions.Iwp(@class, pKa, pKa_base);
if (o is ExcelError)
{
return(o);
}
var Iwp = (double)o;
var fut = (1 + Iwp) / denominator;
return(fut);
}
