public void Run(CancellationToken token)
{
var rnd = new Random();
for (int cameraNum = 0; cameraNum < this.numCameras; cameraNum++)
{
double latRange = this.latNorth - this.latSouth;
double cameraLatPosition = rnd.NextDouble() * latRange + this.latSouth;
double longRange = this.longEast - this.longWest;
double cameraLongPosition = rnd.NextDouble() * longRange + this.longWest;
string cameraName = $"Camera {cameraNum}";
var camera = new SpeedCamera(this.eventHubName, cameraNum, cameraName, cameraLatPosition, cameraLongPosition);
Task.Factory.StartNew(() => camera.SendVehicleAlerts());
}
while (!token.IsCancellationRequested)
{
// Run until the user stops the cameras by pressing Enter
}
this.runCompleteEvent.Set();
}
public void Run(CancellationToken token)
{
var rnd = new Random();
for (int cameraNum = 0; cameraNum < this.numCameras; cameraNum++)
{
double cameraLatPosition = 0;
double cameraLongPosition = 0;
if (isTrainingRun)
{
// Generate random positions for cameras, and then save them
double latRange = this.latNorth - this.latSouth;
cameraLatPosition = rnd.NextDouble() * latRange + this.latSouth;
double longRange = this.longEast - this.longWest;
cameraLongPosition = rnd.NextDouble() * longRange + this.longWest;
CameraStateManager.SaveCameraData(cameraNum, cameraLatPosition, cameraLongPosition);
}
else
{
// Use the existing camera positions (must reuse the same locations and names for the training data to be valid)
CameraStateManager.GetCameraData(cameraNum, out cameraLatPosition, out cameraLongPosition);
}
string cameraName = $"Camera {cameraNum}";
var camera = new SpeedCamera(this.eventHubName, cameraNum, cameraName, cameraLatPosition, cameraLongPosition, isTrainingRun);
Task.Factory.StartNew(() => camera.SendVehicleAlerts());
}
while (!token.IsCancellationRequested)
{
// Run until the user stops the cameras by pressing Enter
}
this.runCompleteEvent.Set();
}