private IEnumerator _hurt(int dmg)
{
print($"{gameObject.name} hurt for {dmg}");
health -= dmg;
if (health <= 0)
{
GameRound.Instance.EndGame(gameObject.name);
}
JSONObject jSonObject = HurtMsgFormat.Copy();
jSonObject["playerName"].str = gameObject.name;
jSonObject["health"].n = health;
jSonObject["dmg"].n = dmg;
_eventManager.InvokeEvent("playerHurt", jSonObject);
yield return(null);
}
public void Change(string docId, JSONObject fields, JSONObject cleared)
{
JSONObject jsonDocument = DocumentToJSONObject(documents[docId]);
DocType oldDocument = default(DocType);
if (OnChanged != null)
{
oldDocument = JSONObjectToDocument(jsonDocument.Copy());
}
if (fields != null)
{
foreach (string field in fields.keys)
{
jsonDocument.SetField(field, fields[field]);
}
}
if (cleared != null)
{
foreach (JSONObject field in cleared.list)
{
jsonDocument.RemoveField(field.str);
}
}
DocType newDocument = JSONObjectToDocument(jsonDocument);
if (OnChanged != null)
{
OnChanged(oldDocument, newDocument);
}
documents[docId] = newDocument;
}
private IEnumerator ParseDataFile()
{
// Construct a JSONObject from the output.txt file.
Dictionary <string, string> fileInfo = new Dictionary <string, string>(); // info from output.txt comes here in key/value pairs.
fileInfo.Clear();
string filePath = System.IO.Path.Combine(SkydataPath, "unityData.txt");
//Debug.Log("Trying to get " + filePath);
if (filePath.Contains("://"))
{
// Mostly WebGL path...
Debug.Log("Reading data via WebRequest: " + filePath);
UnityWebRequest www = UnityWebRequest.Get(filePath);
yield return(www.SendWebRequest());
string text;
Debug.Log("Asked for text file at URL:" + www.url);
if (www.isNetworkError || www.isHttpError)
{
Debug.LogWarning(message: "CANNOT RETRIEVE TEXT!" + www.error);
}
else
{
// Show results as text
Debug.Log(www.downloadHandler.text);
// Or retrieve results as binary data
//byte[] results = www.downloadHandler.data;
}
text = www.downloadHandler.text;
// TODO: Parse into fileInfo dictionary
try
{
// Create an instance of StringReader to read from the returned text.
// The using statement also closes the StringReader.
using (StringReader sr = new StringReader(text))
{
String line;
// Read and display lines from the file until end of string.
while ((line = sr.ReadLine()) != null)
{
//Debug.Log(line);
String[] keyValPair = line.Split(new Char[] { ':' }, 2);
//Debug.Log(keyValPair);
if (keyValPair.Length == 2)
{
fileInfo.Add(keyValPair[0], keyValPair[1]);
}
}
}
}
catch (Exception e)
{
// Let the user know what went wrong.
Debug.LogWarning("The www.text string could not be parsed:" + e.Message);
}
// At this point all data from the URL path have been read.
}
else
{
// LOCAL FILE
//Debug.Log("Reading data from local file " + filePath);
try
{
// Create an instance of StreamReader to read from a file.
// The using statement also closes the StreamReader.
using (StreamReader sr = new StreamReader(filePath))
{
String line;
// Read and display lines from the file until the end of
// the file is reached.
while ((line = sr.ReadLine()) != null)
{
//Debug.Log(line);
String[] keyValPair = line.Split(new Char[] { ':' }, 2);
//Debug.Log(keyValPair);
if (keyValPair.Length == 2)
{
fileInfo.Add(keyValPair[0], keyValPair[1]);
}
}
}
}
catch (Exception e)
{
// Let the user know what went wrong.
Debug.LogWarning("The file could not be read:" + e.Message);
}
// At this point all data have been read.
// Prepare the light info object. They are currently not used, but maybe later?
}
jsonLightInfo = new JSONObject();
jsonSunInfo = new JSONObject();
jsonMoonInfo = new JSONObject();
jsonVenusInfo = new JSONObject();
try
{
jsonSunInfo.AddField("name", "Sun");
jsonSunInfo.AddField("altitude", float.Parse(fileInfo["Sun Altitude"]));
jsonSunInfo.AddField("azimuth", float.Parse(fileInfo["Sun Azimuth"]));
jsonSunInfo.AddField("vmag", float.Parse(fileInfo["Sun Magnitude"]));
jsonSunInfo.AddField("vmage", float.Parse(fileInfo["Sun Magnitude (after extinction)"]));
jsonSunInfo.AddField("elong", float.Parse(fileInfo["Sun Longitude"]));
if (fileInfo.ContainsKey("Sun Size"))
{
jsonSunInfo.AddField("diameter", float.Parse(fileInfo["Sun Size"]));
}
else
{
jsonSunInfo.AddField("diameter", 0.5f);
}
jsonMoonInfo.AddField("name", "Moon");
jsonMoonInfo.AddField("altitude", float.Parse(fileInfo["Moon Altitude"]));
jsonMoonInfo.AddField("azimuth", float.Parse(fileInfo["Moon Azimuth"]));
jsonMoonInfo.AddField("illumination", float.Parse(fileInfo["Moon illumination"]));
jsonMoonInfo.AddField("vmag", float.Parse(fileInfo["Moon Magnitude"]));
jsonMoonInfo.AddField("vmage", float.Parse(fileInfo["Moon Magnitude (after extinction)"]));
//jsonMoonInfo.AddField("elong", float.Parse(fileInfo["Moon Longitude"]));
if (fileInfo.ContainsKey("Moon Size"))
{
jsonMoonInfo.AddField("diameter", float.Parse(fileInfo["Moon Size"]));
}
else
{
jsonMoonInfo.AddField("diameter", 0.5f);
}
jsonVenusInfo.AddField("name", "Venus");
jsonVenusInfo.AddField("altitude", float.Parse(fileInfo["Venus Altitude"]));
jsonVenusInfo.AddField("azimuth", float.Parse(fileInfo["Venus Azimuth"]));
jsonVenusInfo.AddField("vmag", float.Parse(fileInfo["Venus Magnitude"]));
jsonVenusInfo.AddField("vmage", float.Parse(fileInfo["Venus Magnitude (after extinction)"]));
//jsonVenusInfo.AddField("elong", fileInfo["Venus Longitude"]);
jsonVenusInfo.AddField("diameter", 0.0f); // For the naked eye, we assume point source (to switch off the impostor sphere!)
// The following field can only be in the file with Stellarium r9130+ (2017-02-05).
if (fileInfo.ContainsKey("Landscape Brightness"))
{
jsonSunInfo.AddField("ambientInt", float.Parse(fileInfo["Landscape Brightness"]));
jsonMoonInfo.AddField("ambientInt", float.Parse(fileInfo["Landscape Brightness"]));
jsonVenusInfo.AddField("ambientInt", float.Parse(fileInfo["Landscape Brightness"]));
}
if (float.Parse(fileInfo["Sun Altitude"]) > -3.0f)
{
jsonLightInfo = jsonSunInfo.Copy();
}
else if (float.Parse(fileInfo["Moon Altitude"]) > 0.0f)
{
jsonLightInfo = jsonMoonInfo.Copy();
}
else if (float.Parse(fileInfo["Venus Altitude"]) > 0.0f)
{
jsonLightInfo = jsonVenusInfo.Copy();
}
else
{
jsonLightInfo.AddField("name", "none");
// The following field can only be in the file with Stellarium r9130+ (2017-02-05).
if (fileInfo.ContainsKey("Landscape Brightness"))
{
jsonLightInfo.AddField("ambientInt", float.Parse(fileInfo["Landscape Brightness"]));
}
else
{
jsonLightInfo.AddField("ambientInt", 0.05f);
}
}
}
catch (Exception e)
{
// Let the user know what went wrong.
Debug.LogWarning("info lookup failed:" + e.Message);
jsonLightInfo.AddField("name", "none");
jsonLightInfo.AddField("ambientInt", 0.05f);
//jsonLightInfo.AddField("landscape-brt", "0.05");
}
jsonTime = new JSONObject();
//jsonTime.Clear();
jsonTime.AddField("jday", float.Parse(fileInfo["JD"])); //current Julian day
jsonTime.AddField("deltaT", "unknown"); //current deltaT as determined by the current dT algorithm --> TODO: Make float! Or fix in skybox.ssc
jsonTime.AddField("gmtShift", "unknown"); //the timezone shift to GMT --> TODO: Make float! Or fix in skybox.ssc
jsonTime.AddField("timeZone", "unknown"); //the timezone name --> TODO: Fix in skybox.ssc and retrieve as string
jsonTime.AddField("utc", fileInfo["Date (UTC)"]); //the time in UTC time zone as ISO8601 time string
jsonTime.AddField("local", fileInfo["Date"]); //the time in local time zone as ISO8601 time string
jsonTime.AddField("isTimeNow", false); //if true, the Stellarium time equals the current real-world time
jsonTime.AddField("timerate", 0.0f); //the current time rate (in secs). Obviously 0 for a static skybox...
}