public Controller(ProblemDescription problem)
{
if (problem.Solver is HohmannSolver)
{
vm = new HohmannsEngine(117, problem.ScenarioNumber);
}
else if (problem.Solver is MeetAndGreetSolver)
{
vm = new MeetAndGreetEngine(117, problem.ScenarioNumber, problem.ScenarioNumber);
}
else if (problem.Solver is EccentricMeetAndGreetSolver)
{
vm = new EccentricMeetAndGreetEngine(117, problem.ScenarioNumber);
}
else
{
throw new ArgumentException("неизвестный солвер!");
}
solverDriver = new Driver(problem.Solver);
simulationThread = new Thread(Simulate)
{
Name = "Симулятор", IsBackground = true
};
simulationThread.Start();
}
public void Fly200x()
{
XmlConfigurator.Configure();
var vm = new MeetAndGreetEngine(117, 2003, 2003);
var driver = new Driver(new MeetAndGreetSolver());
var dv = new Vector(0, 0);
int goodTime = 0;
bool repeated = false;
while (!driver.IsEnd())
{
double[] outPorts = vm.RunTimeStep(new Vector(dv.x, dv.y));
dv = driver.RunStep(outPorts);
//log.Info("TIME = " + time++);
if (vm.Mem[336] > 0)
{
goodTime = (int)vm.Mem[336];
log.Info("GOOD_TIME = " + goodTime);
}
else if (goodTime > 0)
{
if (repeated)
{
break;
}
repeated = true;
}
else
{
repeated = false;
}
//log.Info("DISTANCE_TO_TARGET_ORBIT = " + vm.Mem[155]);
}
if (driver.UnderlyingSolver.State.Score > 0)
{
File.WriteAllBytes("res2001.bin", vm.CreateSubmission());
Console.WriteLine(driver.UnderlyingSolver.State.Score);
}
}
