void SortMoleculesByBoilingPoint()
{
sortedMoleculesByBoilingPoint.Clear();
foreach (KeyValuePair <string, int> firstMol in solutionMolecules)
{
float firstMolValue = moleculicon.GetMol(firstMol.Key).GetDensity();
float secondMolValue;
bool foundSpot = false;
foreach (string secondMol in sortedMoleculesByBoilingPoint.ToArray())
{
secondMolValue = moleculicon.GetMol(secondMol).GetDensity();
if (firstMolValue < secondMolValue)
{
sortedMoleculesByBoilingPoint.Insert(sortedMoleculesByBoilingPoint.IndexOf(secondMol), firstMol.Key);
foundSpot = true;
break;
}
}
if (!foundSpot)
{
sortedMoleculesByBoilingPoint.Add(firstMol.Key);
}
}
//debug
foreach (string item in sortedMoleculesByBoilingPoint)
{
print("SOLUTION: sorted molecules item: " + item);
}
}
public Solution React(Solution sol)
{
firstMol = FindFewestElectrons(sol);
secondMol = FindLargestCompatable(sol);
if (secondMol == "null")
{
sol.AddMolecule(moleculicon.GetMol(firstMol));
sol.reacting = false;
return sol;
}
//sol.RemoveMolecule(firstMol);
//sol.RemoveMolecule(secondMol);
Molecule newMolecule = Bond(firstMol, secondMol);
sol.AddMolecule(newMolecule);
firstMol = null;
print("||RE|| combined " + firstMol + " and " + secondMol);
return sol;
}
public void UpdateGUI()
{
textNotation.text = "";
textAmount.text = "";
textElectrons.text = "";
textEL.text = "";
textBond.text = "";
textDensity.text = "";
textPolarity.text = "";
textState.text = "";
foreach (KeyValuePair <string, int> entry in sol.solutionMolecules)
{
Molecule mol = moleculicon.GetMol(entry.Key);
textNotation.text += mol.GetName() + "\n";
textAmount.text += entry.Value + "\n";
textElectrons.text += mol.GetElectrons() + "\n";
textEL.text += mol.GetElectronegativity() + "\n";
textBond.text += mol.GetBondStrength() + "\n";
textDensity.text += mol.GetDensity() + "\n";
textPolarity.text += mol.GetPolarity() + "\n";
textState.text += mol.GetState() + "\n";
}
}
