// Build square table, where each row and column has all molecules for the level
public void SetUpTable(string[] allMolecules) {
table = new ReactionTableEntry[allMolecules.Length][];
for (int i = 0; i < allMolecules.Length; i++) {
moleculeIndices.Add (allMolecules [i], i);
table[i] = new ReactionTableEntry[allMolecules.Length];
for (int x = 0; x < allMolecules.Length; x++) {
table [i] [x] = null;
}
}
}
public void SetPressure(ReactionTableEntry.Pressure pressure)
{
this.pressure = pressure;
}
public void SetTemperature(ReactionTableEntry.Temperature temperature)
{
this.temperature = temperature;
}
//All of the reaction data and entries will be initialized and populated here
private void PopulateReactionTable()
{
reactionTable.SetUpTable(new string[] { "C", "O2", "CO2", "CH4", "CaCO3"});
ReactionTableEntry reaction1 = new ReactionTableEntry(new string[] {"CO2", "H2O"}, ReactionTableEntry.Move.none, ReactionTableEntry.Temperature.lo, ReactionTableEntry.Pressure.lo);
ReactionTableEntry reaction2 = new ReactionTableEntry(new string[] {"CaCO3"}, ReactionTableEntry.Move.none, ReactionTableEntry.Temperature.med, ReactionTableEntry.Pressure.med);
reactionTable.RegisterReaction("CH4", "O2", reaction1);
reactionTable.RegisterReaction("CO2", "CaO", reaction2);
}
// Define a reaction, where two molecules react to create an array of products
public void RegisterReaction(string molecule1, string molecule2, ReactionTableEntry entry) {
table [moleculeIndices [molecule1]] [moleculeIndices [molecule2]] = entry;
}
