public CFGPythonSolution(ISymbolicExpressionTree tree, ICFGPythonProblemData problemData, double timeout, PythonProcess pythonProcess)
: base(tree, problemData)
{
name = ItemName;
description = ItemDescription;
string program = PythonHelper.FormatToProgram(tree, problemData.LoopBreakConst, problemData.FullHeader, problemData.FullFooter);
Add(new Result(ProgramResultName, "The program with header and footer", new TextValue(program)));
string code = CFGSymbolicExpressionTreeStringFormatter.StaticFormat(tree);
Add(new Result(CodeResultName, "The code that was evolved", new TextValue(code)));
Evaluate(problemData, program, timeout, pythonProcess);
}
public BrokenIndividual(ISymbolicExpressionTree tree, string exception, bool includeTree, ICFGPythonProblemData problemData)
{
name = String.Format("{0}: {1}", ItemName, exception);
description = ItemDescription;
Add(new Result(ModelLengthResultName, "Length of the symbolic regression model.", new IntValue(tree.Length)));
Add(new Result(ModelDepthResultName, "Depth of the symbolic regression model.", new IntValue(tree.Depth)));
if (includeTree)
{
Add(new Result(ModelResultName, "The CFG model.", tree));
}
Add(new Result(ExceptiontName, "The CFG model.", new StringValue(exception)));
string program = PythonHelper.FormatToProgram(tree, problemData.LoopBreakConst, problemData.FullHeader, problemData.FullFooter);
Add(new Result(ProgramResultName, "The program with header and footer", new TextValue(program)));
string code = CFGSymbolicExpressionTreeStringFormatter.StaticFormat(tree);
Add(new Result(CodeResultName, "The code that was evolved", new TextValue(code)));
}
public Tuple <IEnumerable <bool>, IEnumerable <double>, double, string> EvaluateProgram(string program, StringArray input, StringArray output, IEnumerable <int> indices, double timeout = 1)
{
return(EvaluateProgram(program, PythonHelper.ConvertToPythonValues(input, indices), PythonHelper.ConvertToPythonValues(output, indices), indices, timeout));
}
