public static TestFunctionGetter getInstance(string testName)
{
if (instance == null)
{
instance = new TestFunctionGetter(testName);
}
instance.testName = testName;
return(instance);
}
static void Main(string[] args)
{
learnFunctions = new string[] { LG_FUNC };
testFunction = LG_FUNC;
Console.WriteLine("Please write path to config file:");
configFile = Console.ReadLine();
Console.WriteLine("Please write path to points file:");
pointFile = Console.ReadLine();
Console.WriteLine(testFunction + " Test START");
IParser parser = new Parser();
IConfig config = parser.parseConfig(configFile);
Task task = parser.parseTask(pointFile, config);
task.function = TestFunctionGetter.getInstance(testFunction).GetFunc();
foreach (string func in TestFunctionGetter.funcsWithTable)
{
if (learnFunctions.Contains(func) || testFunction == func)
{
Console.WriteLine("Please write path to table file for function " + func);
string pathToTable = Console.ReadLine();
TestFunctionGetter.getInstance(func).SetTable(parser.parseTable(pathToTable, config));
break;
}
}
ISolver solver = new Solver();
solver.setConfig(config);
Func <double[], double[]>[] functions = new Func <double[], double[]> [learnFunctions.Length];
for (int j = 0; j < learnFunctions.Length; j++)
{
functions[j] = TestFunctionGetter.getInstance(learnFunctions[j]).GetFunc();
}
solver.setCLassifier(functions, task);
int i = 0;
double maxErr = 10;
Console.WriteLine(config.Approximation > 0.8);
while (i < 100000000 && maxErr > config.Approximation)
{
maxErr = solver.calculate(task);
Console.WriteLine("maxErr = " + maxErr);
i++;
}
solver.testResult(task.N, task.M, Solver.func);
Console.WriteLine(testFunction + "Get " + task.points.Length + " points");
Console.ReadKey();
}
public Solver()
{
func = TestFunctionGetter.getInstance(Approx.testFunction).GetFunc();
derivativeFunc = TestFunctionGetter.getInstance(Approx.testFunction).GetDerivative();
}
