private string CountingResult(string acid, string hydroxide)
{
string metalIon, acidReduceIon;
if (hydroxide.Contains("Fe"))
{
if (hydroxide == "Fe(OH)2")
{
metalIon = "Fe";
acidReduceIon = pattern.TransformToAcidReduceIon(acid);
if (oxidationDegree1.Contains(acidReduceIon))
{
if (acidReduceIon == "I" || acidReduceIon == "Cl" || acidReduceIon == "Br" || acidReduceIon == "F")
{
return(metalIon + acidReduceIon + "2");
}
else
{
return(metalIon + "(" + acidReduceIon + ")2");
}
}
if (oxidationDegree2.Contains(acidReduceIon))
{
return(metalIon + acidReduceIon);
}
if (oxidationDegree3.Contains(acidReduceIon))
{
if (acidReduceIon == "I" || acidReduceIon == "Cl" || acidReduceIon == "Br" || acidReduceIon == "F" || acidReduceIon == "S")
{
return(metalIon + "3" + acidReduceIon + "2");
}
else
{
return(metalIon + "3(" + acidReduceIon + ")2");
}
}
}
if (hydroxide == "Fe(OH)3")
{
metalIon = "Fe";
acidReduceIon = pattern.TransformToAcidReduceIon(acid);
if (oxidationDegree1.Contains(acidReduceIon))
{
if (acidReduceIon == "I" || acidReduceIon == "Cl" || acidReduceIon == "Br" || acidReduceIon == "F")
{
return(metalIon + acidReduceIon + "3");
}
else
{
return(metalIon + "(" + acidReduceIon + ")3");
}
}
if (oxidationDegree2.Contains(acidReduceIon))
{
if (acidReduceIon == "I" || acidReduceIon == "Cl" || acidReduceIon == "Br" || acidReduceIon == "F" || acidReduceIon == "S")
{
return(metalIon + "2" + acidReduceIon + "3");
}
else
{
return(metalIon + "2(" + acidReduceIon + ")3");
}
}
if (oxidationDegree3.Contains(acidReduceIon))
{
return(metalIon + acidReduceIon);
}
}
return("X");
}
else
{
metalIon = pattern.TransformHydroxideToMetalIon(hydroxide);
acidReduceIon = pattern.TransformToAcidReduceIon(acid);
return(GettingSubstance(metalIon, acidReduceIon));
}
}
private string CountingResult(string hydroxide, string oxide)
{
string acidIon, metalIon;
if (oxide == "CaO" || hydroxide == "Fe(OH)2" || hydroxide == "Fe(OH)3")
{
if (oxide == "CaO")
{
return("X");
}
if (hydroxide == "Fe(OH)2")
{
metalIon = "Fe";
acidIon = TransformToAcidReduceIon(oxide);
if (oxidationDegree1.Contains(acidIon))
{
return(metalIon + "(" + acidIon + ")2");
}
if (oxidationDegree2.Contains(acidIon))
{
return(metalIon + acidIon);
}
if (oxidationDegree3.Contains(acidIon))
{
return(metalIon + "3(" + acidIon + ")2");
}
}
if (hydroxide == "Fe(OH)3")
{
metalIon = "Fe";
acidIon = TransformToAcidReduceIon(oxide);
if (oxidationDegree1.Contains(acidIon))
{
return(metalIon + "(" + acidIon + ")3");
}
if (oxidationDegree2.Contains(acidIon))
{
return(metalIon + "2(" + acidIon + ")3");
}
if (oxidationDegree3.Contains(acidIon))
{
return(metalIon + acidIon);
}
}
return("X");
}
else
{
metalIon = pattern.TransformHydroxideToMetalIon(hydroxide);
acidIon = TransformToAcidReduceIon(oxide);
if (oxidationDegree1.Contains(metalIon) && oxidationDegree1.Contains(acidIon) ||
oxidationDegree2.Contains(metalIon) && oxidationDegree2.Contains(acidIon))
{
return(metalIon + acidIon);
}
if (oxidationDegree2.Contains(metalIon) && oxidationDegree1.Contains(acidIon))
{
return(metalIon + "(" + acidIon + ")2");
}
if (oxidationDegree1.Contains(metalIon) && oxidationDegree2.Contains(acidIon))
{
return(metalIon + "2" + acidIon);
}
if (oxidationDegree3.Contains(metalIon) && oxidationDegree1.Contains(acidIon))
{
return(metalIon + "(" + acidIon + ")3");
}
if (oxidationDegree3.Contains(metalIon) && oxidationDegree2.Contains(acidIon))
{
return(metalIon + "2(" + acidIon + ")3");
}
return("X");
}
}
