public override void Solve()
{
base.Solve();
var expressionGrammar = new LabGrammar();
var language = new LanguageData(expressionGrammar);
var parser = new Parser(language);
var runtime = new LabRuntime(language);
ParseTree tree = parser.Parse(Function);
if (tree.HasErrors())
{
Results.Add(new BoxModel("Error at parsing", "Syntax errors found. Abrting."));
return;
}
if (Precision * Math.Abs(A - B) > 0.3 && Method != "simpson")
{
Results.Add(new BoxModel("Precision too small", "Use Simpson's method or make precisionne bigger"));
return;
}
Results.AddRange(IntegralCalculator.Calculate(
tree,
runtime,
A,
B,
Precision,
Method,
Subtype
));
}
public FourthLab()
{
var expressionGrammar = new LabGrammar();
_languageData = new LanguageData(expressionGrammar);
var labRuntime = new LabRuntime(_languageData);
_scriptApp = new ScriptApp(labRuntime);
}
public ThirdLabModel()
{
_random = new Random(Seed);
var expressionGrammar = new LabGrammar();
_languageData = new LanguageData(expressionGrammar);
var labRuntime = new LabRuntime(_languageData);
_scriptApp = new ScriptApp(labRuntime);
}
