private IEnumerator SimulationCoroutine(float lambda, float pReturnFirst)
{
Debug.Log(lambda + " Start.");
var userModel = new VRInterfaceModel();
userModel.Lambda = lambda;
userModel.dataSet = dataSet;
userModel.allNodeCount = allNodeCount;
userModel.goalCount = goalNodeCount;
userModel.meanDegree = meanDegree;
// userModel.distanceFtoG = distanceFtoG;
// 始点ノードに戻る確率
userModel.pReturnFirst = pReturnFirst;
for (int i = 0; i < maxEpoc; i++)
{
progress = (float)i / (float)maxEpoc;
userModel.Simulate();
yield return(null);
}
SimDataWriter.WriteData(userModel.Records, dataSet, "lambda_" + lambda.ToString("F1").Replace(".", "_") + ".csv", userModel);
Debug.Log(lambda + " Done.");
yield break;
}
private void Simulate(float lambda, float pReturnFirst)
{
Debug.Log(lambda + " Start.");
var userModel = new VRInterfaceModel();
userModel.Lambda = lambda;
userModel.dataSet = dataSet;
userModel.allNodeCount = allNodeCount;
userModel.goalCount = goalNodeCount;
userModel.meanDegree = meanDegree;
// userModel.distanceFtoG = distanceFtoG;
userModel.pSelectVisibleGoal = selectVisibleGoal;
// 始点ノードに戻る確率
userModel.pReturnFirst = pReturnFirst;
for (int i = 0; i < maxEpoc; i++)
{
progress = (float)i / (float)maxEpoc;
var success = false;
while (!success)
{
success = userModel.Simulate();
}
Thread.Sleep(16);
}
SimDataWriter.WriteData(userModel.Records, dataSet, "lambda_" + lambda.ToString("F1").Replace(".", "_") + ".csv", userModel);
Debug.Log(lambda + " Done.");
}