void OnNewWave(int waveNumber)
{
waveTitle.text = "- Wave " + HumanFriendlyInteger.IntegerToWritten(waveNumber) + " -";
string customerCount = (spawner.waves[waveNumber - 1].infinite) ? "Infinite" : spawner.waves[waveNumber - 1].customerCount + "";
//customerCount += " | Health: " + (int)(manager.getPlayer ().getHealth ()) + " | Mode: " + manager.getPlayer ().getGun ().fireMode;
waveCustomerCount.text = "Customers: " + customerCount;
StopCoroutine("AnimateWaveBanner");
StartCoroutine("AnimateWaveBanner");
}
public static string Wallpaper(double length, double width, double height)
{
if (length == 0 || width == 0 || height == 0)
{
return("zero");
}
else
{
double wallSquare = 2 * (length * height + width * height);
double squareWallpapers = (wallSquare / 5.2) * 1.15;
int rolls = Convert.ToInt32(Math.Ceiling(squareWallpapers));
return(HumanFriendlyInteger.IntegerToWritten(rolls).ToLower());
}
}
private async void ProcessImage()
{
lock (this) {
procesing = true;
}
leftButton.IsEnabled = rightButton.IsEnabled = false;
statusLabel.Content = "License plate recognition in process. Please wait...";
listView.Items.Clear();
ShowImage(images[counter]);
await Task.Run(() => imageProcessing.Apply(images[counter]));
ShowImage(imageProcessing.Image);
List <String> plates = imageProcessing.Plates;
String s = "License plate recognition finished in " + imageProcessing.ElapsedMilliseconds + " ms. ";
switch (plates.Count)
{
case 0:
s += "Nothing found.";
break;
case 1:
s += HumanFriendlyInteger.IntegerToWritten(plates.Count) + " license plate found.";
break;
default:
s += HumanFriendlyInteger.IntegerToWritten(plates.Count) + " license plates found.";
break;
}
statusLabel.Content = s;
foreach (var plate in plates)
{
listView.Items.Add(new ListViewItem {
Content = plate
});
}
leftButton.IsEnabled = rightButton.IsEnabled = true;
lock (this) {
procesing = false;
}
}
// Use this for initialization
void Start()
{
keywords.Add("Reference Calibration", () =>
{
if (!ReferenceCalibration.Instance.isCalibrating())
{
ReferenceCalibration.Instance.SendMessage("OnStartReferenceCalibration");
}
});
for (int projID = (int)HoloID.Projector1; projID < (int)HoloID.Projector8; ++projID)
{
int pid = projID; //local loop variable (c#<4 compiler bug need a local variable not a loop one to correct handle closure in lambda expresisons. check: https://netmatze.wordpress.com/2012/05/11/using-loop-variables-in-lambda-expressions-in-c-5/
if (ProjectorCalibration.GetInstance(pid) != null)
{
string cmdString = "Projector " + HumanFriendlyInteger.IntegerToWritten(pid + 1) + " Calibration";
Debug.Log("Add SpeechCmd \"" + cmdString + "\"");
System.Action action = null;
//action = () =>
//{
// Debug.Log("Calling OnStartProjCalib on " + (HoloID)pid);
// if (!ProjectorCalibration.GetInstance(pid).isCalibrating())
// ProjectorCalibration.GetInstance(pid).SendMessage("OnStartProjectorCalibration");
//};
//Loop unrolling because the compiler is not able to actualize the parameter(projID is always 7)
switch (projID)
{
case 0:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)0);
if (!ProjectorCalibration.GetInstance(0).isCalibrating())
{
ProjectorCalibration.GetInstance(0).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 1:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)1);
if (!ProjectorCalibration.GetInstance(1).isCalibrating())
{
ProjectorCalibration.GetInstance(1).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 2:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)2);
if (!ProjectorCalibration.GetInstance(2).isCalibrating())
{
ProjectorCalibration.GetInstance(2).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 3:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)3);
if (!ProjectorCalibration.GetInstance(3).isCalibrating())
{
ProjectorCalibration.GetInstance(3).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 4:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)4);
if (!ProjectorCalibration.GetInstance(4).isCalibrating())
{
ProjectorCalibration.GetInstance(4).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 5:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)5);
if (!ProjectorCalibration.GetInstance(5).isCalibrating())
{
ProjectorCalibration.GetInstance(5).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 6:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)6);
if (!ProjectorCalibration.GetInstance(6).isCalibrating())
{
ProjectorCalibration.GetInstance(6).SendMessage("OnStartProjectorCalibration");
}
};
break;
case 7:
action = () =>
{
//Debug.Log("Calling OnStartProjCalib on " + (HoloID)7);
if (!ProjectorCalibration.GetInstance(7).isCalibrating())
{
ProjectorCalibration.GetInstance(7).SendMessage("OnStartProjectorCalibration");
}
};
break;
}
// {
// Debug.Log("Calling OnStartProjCalib on Projector" + (projID + 1));
// if (!ProjectorCalibration.GetInstance(projID).isCalibrating())
// ProjectorCalibration.GetInstance(projID).SendMessage("OnStartProjectorCalibration");
//};
keywords.Add(cmdString, action);
}
}
keywords.Add("Stop Calibration", () =>
{
if (ReferenceCalibration.Instance.isCalibrating())
{
ReferenceCalibration.Instance.BroadcastMessage("OnStopReferenceCalibration");
}
for (int projID = (int)HoloID.Projector1; projID < (int)HoloID.Projector8; ++projID)
{
if (ProjectorCalibration.GetInstance(projID) != null)
{
if (ProjectorCalibration.GetInstance(projID).isCalibrating())
{
ProjectorCalibration.GetInstance(projID).SendMessage("OnStopProjectorCalibration");
}
}
}
});
keywords.Add("Clear Calibration", () =>
{
ReferenceCalibration.Instance.BroadcastMessage("OnClearCalibration");
});
keywords.Add("Show Calibration", () =>
{
BroadcastMessage("OnShowCalibration");
});
keywords.Add("Hide Calibration", () =>
{
BroadcastMessage("OnHideCalibration");
});
keywords.Add("Show People", () =>
{
BroadcastMessage("OnShowTelepresence");
});
keywords.Add("Hide People", () =>
{
BroadcastMessage("OnHideTelepresence");
});
keywords.Add("Quit Application", () =>
{
Application.Quit();
});
// Tell the KeywordRecognizer about our keywords.
keywordRecognizer = new KeywordRecognizer(keywords.Keys.ToArray());
// Register a callback for the KeywordRecognizer and start recognizing!
keywordRecognizer.OnPhraseRecognized += KeywordRecognizer_OnPhraseRecognized;
keywordRecognizer.Start();
}
string GetNamedValue(int val)
{
string result = HumanFriendlyInteger.IntegerToWritten(val);
return(result.Replace(" ", "_"));
}
