public RLayer(int neuronCount, int m, double speed) : base(neuronCount, m, speed)
{
neurons = new RNeuron[neuronCount];
for (var j = 0; j < neuronCount; j++)
{
neurons[j] = new RNeuron(m);
}
}
public void WriteLog()
{
var logger = Logger.Instance;
logger.WriteMessage("========================================================================");
//logger.WriteMessage("=============================== STEP ===============================");
logger.WriteMessage(string.Format("============================== STEP {0} ===============================", _stepNo++));
logger.WriteMessage("======================================================================");
for (var i = 0; i < _workingFieldNofRows; i++)
{
for (var j = 0; j < _workingFieldNofColumns; j++)
{
var element = _map.GetElement(i, j) as ICrossroad;
if (element == null)
{
continue;
}
logger.WriteMessage("");
logger.WriteMessage(string.Format("CROSSROAD [{0},{1}] DATA", i, j));
logger.WriteMessage("");
logger.WriteMessage("MATRIX W0:");
logger.WriteMessage("");
var ccr = element.CrossroadController as CrossroadControllerReinforcement;
if (ccr != null)
{
var m0 = ((CrossroadControllerReinforcement)element.CrossroadController).W0;
for (var k = 0; k < 12; k++)
{
var str =
string.Format(
"{0,9:0.0000} {1,9:0.0000} {2,9:0.0000} {3,9:0.0000} {4,9:0.0000} {5,9:0.0000} {6,9:0.0000} {7,9:0.0000} {8,9:0.0000} {9,9:0.0000} {10,9:0.0000} {11,9:0.0000}",
m0[k, 0], m0[k, 1], m0[k, 2], m0[k, 3], m0[k, 4], m0[k, 5], m0[k, 6], m0[k, 7], m0[k, 8],
m0[k, 9], m0[k, 10], m0[k, 11]);
logger.WriteMessage(str);
}
}
logger.WriteMessage("");
logger.WriteMessage(string.Format("TRAFFIC LIGHTS STATUSES:{0}", GetCrossroadTrafficLightsStatusesAsString(element)));
logger.WriteMessage("");
logger.WriteMessage(string.Format("LEFT TO UP TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.LeftToUpTrafficData.TrafficSpeed, element.LeftToUpTrafficData.TrafficDensity, element.LeftToUpNofPassedCars));
logger.WriteMessage(string.Format("LEFT TO RIGHT TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.LeftToRightTrafficData.TrafficSpeed, element.LeftToRightTrafficData.TrafficDensity, element.LeftToRightNofPassedCars));
logger.WriteMessage(string.Format("LEFT TO DOWN TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.LeftToDownTrafficData.TrafficSpeed, element.LeftToDownTrafficData.TrafficDensity, element.LeftToDownNofPassedCars));
logger.WriteMessage(string.Format("UP TO LEFT TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.UpToLeftTrafficData.TrafficSpeed, element.UpToLeftTrafficData.TrafficDensity, element.UpToLeftNofPassedCars));
logger.WriteMessage(string.Format("UP TO DOWN TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.UpToDownTrafficData.TrafficSpeed, element.UpToDownTrafficData.TrafficDensity, element.UpToDownNofPassedCars));
logger.WriteMessage(string.Format("UP TO RIGHT TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.UpToRightTrafficData.TrafficSpeed, element.UpToRightTrafficData.TrafficDensity, element.UpToRightNofPassedCars));
logger.WriteMessage(string.Format("RIGHT TO UP TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.RightToUpTrafficData.TrafficSpeed, element.RightToUpTrafficData.TrafficDensity, element.RightToUpNofPassedCars));
logger.WriteMessage(string.Format("RIGHT TO LEFT TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.RightToLeftTrafficData.TrafficSpeed, element.RightToLeftTrafficData.TrafficDensity, element.RightToLeftNofPassedCars));
logger.WriteMessage(string.Format("RIGHT TO DOWN TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.RightToDownTrafficData.TrafficSpeed, element.RightToDownTrafficData.TrafficDensity, element.RightToDownNofPassedCars));
logger.WriteMessage(string.Format("DOWN TO LEFT TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.DownToLeftTrafficData.TrafficSpeed, element.DownToLeftTrafficData.TrafficDensity, element.DownToLeftNofPassedCars));
logger.WriteMessage(string.Format("DOWN TO UP TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.DownToUpTrafficData.TrafficSpeed, element.DownToUpTrafficData.TrafficDensity, element.DownToUpNofPassedCars));
logger.WriteMessage(string.Format("DOWN TO RIGHT TRAFFIC SPEED:{0,7:0.0000}; TRAFFIC DENSITY:{1,7:0.0000}; NOF PASSED CARS:{2,7:0.0000}", element.DownToRightTrafficData.TrafficSpeed, element.DownToRightTrafficData.TrafficDensity, element.DownToRightNofPassedCars));
logger.WriteMessage("");
if (ccr != null)
{
for (var k = 0; k < ccr.HNeurons.Length; k++)
{
var hNeuron = ccr.HNeurons[k];
logger.WriteMessage(string.Format("H NEURON [{0,2}] DENDRITS:{1}", k, GetNeuronDendritsAsString(hNeuron)));
logger.WriteMessage(string.Format("H NEURON [{0,2}] AXON:{1,7:0.0000}", k, hNeuron.axon));
}
logger.WriteMessage("");
for (int k = 0; k < ccr.RNeurons.Length; k++)
{
RNeuron rNeuron = ccr.RNeurons[k];
logger.WriteMessage(string.Format("R NEURON [{0,2}] DENDRITS:{1}", k, GetNeuronDendritsAsString(rNeuron)));
logger.WriteMessage(string.Format("R NEURON [{0,2}] AXON:{1,7:0.0000}", k, rNeuron.axon));
}
}
}
}
logger.WriteMessage("");
}
