public Reaction()
{
CUI.CUI.DataListItem equationItem
= new CUI.CUI.DataListItem("Equation",
CUI.CUI.DataListItem.DataType.tString);
CUI.CUI.DataListItem givenItem
= new CUI.CUI.DataListItem("Limiting Given",
CUI.CUI.DataListItem.DataType.tString);
/*CUI.CUI.DataListItem ReactionTypeItem
* = new CUI.CUI.DataListItem("Reaction Type",
* CUI.CUI.DataListItem.DataType.tString);
* CUI.CUI.DataListItem ReactionHeatTypeItem
* = new CUI.CUI.DataListItem("Reaction Heat Type",
* CUI.CUI.DataListItem.DataType.tString);*/
CUI.CUI.getDataList("Labatron v1 by Jacob Valdez", new CUI.CUI.DataListItem[2] {
equationItem, givenItem, //ReactionTypeItem, ReactionHeatTypeItem
});
string equation = equationItem.getValue as string;
parseEquationFromString(equation);
given = parseGiven(givenItem.getValue as string);
//reactionType = reactionTypeFunc(ReactionTypeItem.getValue as string);
//reactionHeatType = parseReactionHeatType(ReactionHeatTypeItem.getValue as string);
setupCompounds(ref reactants, "Reactants");
setupCompounds(ref products, "Products");
renderToCSVFile();
}
private void setupCompounds(ref List <ReactionCompound> compounds, string compoundsName)
{
bool everyCompoundHasSpecifiedState = true;
foreach (ReactionCompound compound in compounds)
{
if (compound.state == "")
{
everyCompoundHasSpecifiedState = false;
}
}
if (everyCompoundHasSpecifiedState == false)
{
for (int index = 0; index < compounds.Count; index++)
{
CUI.CUI.DataListItem state =
new CUI.CUI.DataListItem("state", CUI.CUI.DataListItem.DataType.tString);
state.consoleValue = compounds[index].state;
/*CUI.CUI.DataListItem name =
* new CUI.CUI.DataListItem("name", CUI.CUI.DataListItem.DataType.tString);*/
CUI.CUI.getDataList(compounds[index].formula + " Properties",
new CUI.CUI.DataListItem[1] { //name,
state
});
/*compounds[index] = new ReactionCompound(
* compounds[index].formula, name.getValue as string,
* given, state.getValue as string);*/
//compounds[index].name = name.getValue as string;
compounds[index].given = given;
compounds[index].state = state.getValue as string;
}
}
else
{
List <CUI.CUI.DataListItem> compoundNames
= new List <CUI.CUI.DataListItem>(compounds.Count);
foreach (ReactionCompound compound in compounds)
{
compoundNames.Add(new CUI.CUI.DataListItem
(compound.formula, CUI.CUI.DataListItem.DataType.tString));
}
CUI.CUI.getDataList(compoundsName + " Names", compoundNames.ToArray());
for (int compoundIndex = 0; compoundIndex < compounds.Count; compoundIndex++)
{
/*compounds[compoundIndex] = new ReactionCompound(
* compounds[compoundIndex].formula,
* compoundNames[compoundIndex].getValue as string,
* given,
* compounds[compoundIndex].state);*/
compounds[compoundIndex].name
= compoundNames[compoundIndex].getValue as string;
compounds[compoundIndex].given = given;
}
}
}
private ReactionGiven parseGiven(string input)
{
/* FORMAT
* Xg AbCd2(s)
* X g AB(s)
* 5mL 6M AcId(aq)
* 5 mL 6 M AcId(aq)
* 1L 1M HCl(aq)
*/
/*List<string> components = new List<string>();
* //1.02g 2HCl(aq) -> 1.02, g, 2, HCl(aq)
* //1mL 2M H2SO4 -> 1, mL, 2, M, H, 2, SO, 4
* input.Trim();
*
* for (int index = 0; index < input.Length; index++)
* {
* if (components.Count > 0)
* {
* if ((char.IsDigit(input, index) || input[index] == '.') &&
* !char.IsDigit(components.Last().Last()) ||
* !char.IsDigit(input, index) &&
* (char.IsDigit(components.Last().Last()) || input[index] == '.'))
* {
* components.Add("" + input[index]);
* }
* else if (string.IsNullOrWhiteSpace("" + input[index]))
* {
* if (components.Last() != " ")
* {
* components.Add(" ");
* }
* }
* else
* {
* components[components.Count - 1] += input[index];
* }
* }
* else
* {
* components.Add("" + input[index]);
* }
* }
* for (int index = 0; index < components.Count(); index++)
* {
* components[index] = components[index].Trim();
* }
* Func<Reaction, int, List<string>, ReactionCompound> getCompound =
* (reaction, numberParams, inputComponents) =>
* {
* string formula = "";
* for(int index = 0; index < inputComponents.Count(); index++)
* {
* if (string.IsNullOrWhiteSpace(inputComponents[index]))
* {
* inputComponents.RemoveAt(index);
* }
* }
* for (int index = numberParams * 2; index < inputComponents.Count; index++)
* {
* formula += inputComponents[index];
* }
* foreach (ReactionCompound possibleCompound in
* reaction.reactants.Concat(reaction.products))
* {
* if (possibleCompound.formula == formula)
* {
* return possibleCompound;
* }
* }
* throw new Exception("Given compound not found in reaction");
* };
*
* switch (components[1].ToLower())
* {
* case "gg":
* case "g":
* ReactionCompound gramsCompound = getCompound(this, 1, components);
* double grams = 0.0;
* double.TryParse(components[0], out grams);
* return new GramsGiven(grams, gramsCompound.gfwt,
* gramsCompound.coefficent, gramsCompound);
* case "ml":
* case "l":
* case "m":
* case "molar":
* ReactionCompound molarityCompound = getCompound(this, 2, components);
* int molarityLitersIndex = 0;
* int molarityMolarityIndex = 2;
* if(components[1].ToLower() == "m")
* {
* molarityLitersIndex = 2;
* molarityMolarityIndex = 0;
* }
* else
* {
* molarityLitersIndex = 0;
* molarityMolarityIndex = 2;
* }
* double molarityLiters = 0.0;
* double.TryParse(components[molarityLitersIndex], out molarityLiters);
* double molarity = 0.0;
* double.TryParse(components[molarityMolarityIndex], out molarity);
* if (components[molarityLitersIndex + 1].ToLower() == "ml")
* {
* molarityLiters /= 1000;
* }
* return new
* MolarityGiven(molarity, molarityLiters,
* molarityCompound.coefficent, molarityCompound);
* default:
* throw new Exception("given is imparsable!");
* }*/
switch (input.ToLower())
{
case "grams":
case "grams given":
case "gg":
case "gg.":
case "g.g.":
CUI.CUI.DataListItem grams = new CUI.CUI.DataListItem(
"grams", CUI.CUI.DataListItem.DataType.tDouble);
CUI.CUI.DataListItem compound = new CUI.CUI.DataListItem(
"compound formula", CUI.CUI.DataListItem.DataType.tString);
CUI.CUI.getDataList("Given", new CUI.CUI.DataListItem[2]
{
grams, compound
});
string formula = compound.getValue as string;
foreach (ReactionCompound possibleCompound in allCompounds)
{
if (possibleCompound.formula == formula)
{
return(new GramsGiven(
(double)grams.getValue,
possibleCompound.gfwt,
possibleCompound.coefficent,
possibleCompound));
}
}
break;
case "aqueous solution":
case "aqueous sol":
case "aq sol":
case "aqueous sol.":
case "aq sol.":
case "aq. sol.":
case "mol":
case "moles":
case "molarity":
case "liters":
case "liters given":
case "molarity given":
CUI.CUI.DataListItem molarityItem = new CUI.CUI.DataListItem(
"molarity (M)", CUI.CUI.DataListItem.DataType.tDouble);
CUI.CUI.DataListItem litersItem = new CUI.CUI.DataListItem(
"liters (L)", CUI.CUI.DataListItem.DataType.tDouble);
CUI.CUI.DataListItem molarityCompoundFormulaItem = new CUI.CUI.DataListItem(
"compound formula", CUI.CUI.DataListItem.DataType.tString);
CUI.CUI.getDataList("Given", new CUI.CUI.DataListItem[3]
{
molarityItem, litersItem, molarityCompoundFormulaItem
});
string molarityCompoundFormula
= molarityCompoundFormulaItem.getValue as string;
foreach (ReactionCompound possibleCompound in allCompounds)
{
if (possibleCompound.formula == molarityCompoundFormula)
{
return(new MolarityGiven(
(double)molarityItem.getValue,
(double)litersItem.getValue,
possibleCompound.coefficent,
possibleCompound));
}
}
break;
}
throw new Exception("Given not parsed");
}