public string CalculateVolume(string text)
{
try
{
var response = string.Empty;
var spellChecker = new Spelling();
var result = ChecKProgress_Volume(text, ref response, Chemical, Weight, Concentration);
if (result)
{
return(response);
}
var volume = Convert_Chemical_Volume
(Weight, Concentration, Chemical);
var cVolume = $"{volume:0.00}";
response = "Conversion complete. The Volume of " + Weight + " grams of " +
Chemical +
" at Concentration " +
Concentration + " mols per liter is " + cVolume + " liters.";
if (volume < 0)
{
response = "Conversion FAILED calculation did not return a valid result. please try again";
response += spellChecker.AnalyzeString(Chemical);
}
response += ". Data Saved";
ClearData();
_dialogTarget = 0;
_multiDialougeTarget = 0;
return(response);
}
catch
(Exception ex)
{
ClearData();
_dialogTarget = 0;
_multiDialougeTarget = 0;
var response = "Error, there was an issue with the calculation attempt - " + ex.Message;
return(response);
}
}
//continue setting this up for Operations run
internal string ProcessMolarity(string text)
{
try
{
var response = string.Empty;
var spellChecker = new Spelling();
var result = CheckProgress_Molarity(text, ref response, Chemical, Weight, Volume);
if (result)
{
return(response);
}
var molarity = Calculate_Chemical_Mol_Concentration(Chemical, Weight, Volume);
molarity = Math.Round(molarity, 2);
var molesCount = Calculate_Moles(Chemical, Weight);
response = "Conversion complete. The number of moles for " + Weight +
" grams of " + Chemical +
" at volume " + Volume + " liters is " + molesCount +
" moles and the molar concentration c = "
+ molarity + " mol/L.";
if (molarity > -1.1 && molarity < -0.9)
{
response = "Conversion FAILED calculation did not return a valid result. Please try again";
response += spellChecker.AnalyzeString(Chemical);
}
response += ". Data Saved";
ClearData();
_dialogTarget = 0;
_multiDialougeTarget = 0;
return(response);
}
catch
(Exception ex)
{
ClearData();
_dialogTarget = 0;
_multiDialougeTarget = 0;
var response = "Error, there was an issue with the calculation attempt - " + ex.Message;
return(response);
}
}
public string CalculateWeight(string text)
{
try
{
var response = string.Empty;
var spellChecker = new Spelling();
var result = CheckProgress_Weight(text, ref response, Chemical, Concentration, Volume);
if (result)
{
return(response);
}
var weight = Convert_Chemical_Weight(Volume, Concentration, Chemical);
var cWeight = $"{weight:0.0000}";
response = "Calculation complete. In order to prepare " + Volume + " liters of " + Chemical +
" solution at " + Concentration + " mol/L " +
" you will need to measure " + cWeight + " grams of the chemical.";
if (weight < 0)
{
response = "Conversion FAILED calculation did not return a valid result. Please try again.";
response += spellChecker.AnalyzeString(Chemical);
}
response += " Data Saved.";
ClearData();
_dialogTarget = 0;
_multiDialougeTarget = 0;
return(response);
}
catch
{
var response = "Conversion FAILED calculation did not return a valid result. please try again";
ClearData();
_dialogTarget = 0;
_multiDialougeTarget = 0;
return(response);
}
}
internal string ProcessChemical(string text)
{
var spellChecker = new Spelling();
var showMw = false;
var showFormula = false;
var showSynonyms = false;
var showCid = false;
var showKeys = false;
var response = string.Empty;
DataSpecified = false;
var check = CheckProgress_ProcessChemical(text, ref response, ref showMw, ref showFormula,
ref showSynonyms, ref showCid, ref showKeys, ref _dialogTarget);
if (check)
{
return(response);
}
var dataMissing = false;
ChemicalFormula = GetFormula(Chemical, ref dataMissing);
if (dataMissing)
{
response = Chemical +
" was not found in the PubChem database, please specify compound name, ";
response += spellChecker.AnalyzeString(Chemical);
Chemical = string.Empty;
return(response);
}
response += "Chemical is " + Chemical + "\n";
_dialogTarget = 0;
if (showMw)
{
MolecularWeight = GetMw(Chemical);
response += " Molecular Weight is " + MolecularWeight + " g/mol \n";
}
if (showFormula)
{
response += " Formula is " + ChemicalFormula + "\n";
}
if (showCid)
{
CiDs = GetCiDs(Chemical);
if (CiDs.Length > 9)
{
response += ". C.I.D. numbers are \n" + CiDs + "\n";
}
else
{
response += ". C.I.D. number is " + CiDs + "\n";
}
}
if (showKeys)
{
InchiKeys = GetInChIKeys(Chemical);
response += " InChi Keys = \n" + InchiKeys;
}
if (showSynonyms)
{
Synonyms = GetSynonyms(Chemical);
response += " Synonyms are " + Synonyms;
}
return(response);
}