/// <summary>
///
/// </summary>
/// <param name="process"></param>
/// <returns></returns>
public static EcellProcess PingPongBiBiFlux2Expression(EcellProcess process)
{
EcellProcess newProcess = new EcellProcess(process.ModelID, process.Key, process.Type, ProcessConstants.ExpressionFluxProcess, new List<EcellData>());
newProcess.ReferenceList = process.ReferenceList;
newProcess.SetEcellValue("KcF", process.GetEcellValue("KcF"));
newProcess.SetEcellValue("KcR", process.GetEcellValue("KcR"));
newProcess.SetEcellValue("Keq", process.GetEcellValue("Keq"));
newProcess.SetEcellValue("KmS0", process.GetEcellValue("KmS0"));
newProcess.SetEcellValue("KmS1", process.GetEcellValue("KmS1"));
newProcess.SetEcellValue("KmP0", process.GetEcellValue("KmP0"));
newProcess.SetEcellValue("KmP1", process.GetEcellValue("KmP1"));
newProcess.SetEcellValue("KiS0", process.GetEcellValue("KiS0"));
newProcess.SetEcellValue("KiP1", process.GetEcellValue("KiP1"));
newProcess.Expression = "( KcF * KcR * C0.Value * ( S0.MolarConc * S1.MolarConc - P0.MolarConc * P1.MolarConc / Keq ) ) / ( KcR * KmS1 * S0.MolarConc + KcR * KmS0 * S1.MolarConc + KmP1 * P0.MolarConc * KcF / Keq + KmP0 * P1.MolarConc * KcF / Keq + KcR * S0.MolarConc * S1.MolarConc + KmP1 * S0.MolarConc * P0.MolarConc * KcF / Keq / KiS0 + P0.MolarConc * P1.MolarConc * KcF / Keq + KcR * KmS0 * S1.MolarConc * P1.MolarConc / KiP1 )";
newProcess.Layout = process.Layout;
return newProcess;
}
/// <summary>
///
/// </summary>
/// <param name="process"></param>
/// <returns></returns>
public static EcellProcess MassAction2Expression(EcellProcess process)
{
EcellProcess newProcess = new EcellProcess(process.ModelID, process.Key, process.Type, ProcessConstants.ExpressionFluxProcess, new List<EcellData>());
newProcess.ReferenceList = process.ReferenceList;
newProcess.SetEcellValue("k", process.GetEcellValue("k"));
newProcess.Expression = "k * S0.Value";
newProcess.Layout = process.Layout;
return newProcess;
}
/// <summary>
///
/// </summary>
/// <param name="process"></param>
/// <returns></returns>
public static EcellProcess MichaelisUniUniFlux2Expression(EcellProcess process)
{
EcellProcess newProcess = new EcellProcess(process.ModelID, process.Key, process.Type, ProcessConstants.ExpressionFluxProcess, new List<EcellData>());
newProcess.ReferenceList = process.ReferenceList;
newProcess.SetEcellValue("KmS", process.GetEcellValue("KmS"));
newProcess.SetEcellValue("KmP", process.GetEcellValue("KmP"));
newProcess.SetEcellValue("KcF", process.GetEcellValue("KcF"));
newProcess.SetEcellValue("KcR", process.GetEcellValue("KcR"));
newProcess.Expression = "( ( KcF * KmP * S0.MolerConc - KcR * KmS * P0.MolerConc ) * C0.Value ) / ( KmS * P0.MolerConc + KmP * S0.MolerConc + KmS * KmP )";
newProcess.Layout = process.Layout;
return newProcess;
}
/// <summary>
///
/// </summary>
/// <param name="process"></param>
/// <returns></returns>
public static EcellProcess DecayFlux2Expression(EcellProcess process)
{
EcellProcess newProcess = new EcellProcess(process.ModelID, process.Key, process.Type, ProcessConstants.ExpressionFluxProcess, new List<EcellData>());
newProcess.ReferenceList = process.ReferenceList;
newProcess.SetEcellValue("T", process.GetEcellValue("T"));
newProcess.Expression = "( log ( 2 ) ) / ( T ) * S0.Value";
newProcess.Layout = process.Layout;
return newProcess;
}
