public GPLocation getLocation(double jdate)
{
if (jdate < julianStart)
{
return(temp);
}
if (jdate > julianEnd)
{
return(temp);
}
double lonA, lonB;
double latA, latB;
lonA = LocationA.GetLongitudeEastPositive();
lonB = LocationB.GetLongitudeEastPositive();
latA = LocationA.GetLatitudeNorthPositive();
latB = LocationB.GetLatitudeNorthPositive();
temp.setTimeZone(TimezoneStart ? LocationA.getTimeZone() : LocationB.getTimeZone());
temp.setLongitudeEastPositive(lonA + (lonB - lonA) * (jdate - julianStart) / (julianEnd - julianStart));
temp.setLatitudeNorthPositive(latA + (latB - latA) * (jdate - julianStart) / (julianEnd - julianStart));
//Debugger.Log(0, "", String.Format("== longitude/latitude {0} {1}\n", temp.getLongitudeString(), temp.getLatitudeString()));
temp.SetAltitude(0);
return(temp);
}
public void testENUM(LocationA loc)
{
if (loc.ToString() == "UP")
{
MessageBox.Show("Location: " + LocationA.UP);
}
}
public void writeToXmlNode(XmlElement elem, XmlDocument doc)
{
XmlElement e1;
e1 = doc.CreateElement("LocationA");
elem.AppendChild(e1);
LocationA.writeToXmlNode(e1, doc);
e1 = doc.CreateElement("LocationB");
elem.AppendChild(e1);
LocationB.writeToXmlNode(e1, doc);
e1 = doc.CreateElement("Time");
elem.AppendChild(e1);
e1.SetAttribute("TzStart", TimezoneStart.ToString());
e1.SetAttribute("JuStart", julianStart.ToString());
e1.SetAttribute("JuEnd", julianEnd.ToString());
}
public GPLocation getTravellingLocation(double ratio)
{
double lonA, lonB;
double latA, latB;
lonA = LocationA.GetLongitudeEastPositive();
lonB = LocationB.GetLongitudeEastPositive();
latA = LocationA.GetLatitudeNorthPositive();
latB = LocationB.GetLatitudeNorthPositive();
GPLocation newLoc = new GPLocation();
newLoc.setTimeZone(TimezoneStart ? LocationA.getTimeZone() : LocationB.getTimeZone());
newLoc.setLongitudeEastPositive(lonA + (lonB - lonA) * ratio);
newLoc.setLatitudeNorthPositive(latA + (latB - latA) * ratio);
newLoc.SetAltitude(0);
return(newLoc);
}
/// <summary>
/// Take an amount from each side to move on the path that's
/// a ratio of the ant counts on either side, up to the capacity.
/// </summary>
public void PathUpdate()
{
int fromSideA = 0;
int fromSideB = 0;
float ratio = 0f;
int capThisTick = CapPerTick;
// Take ratio of ants from both directions
if (waitingOnSideA.Count == 0 && waitingOnSideB.Count == 0 &&
travelingOnSideA.Count == 0 && travelingOnSideB.Count == 0)
{
// Do nothing if there are no ants here, update only if neede
if (capTickAverage != 0f)
{
capTickAverage = 0f;
UpdateText();
}
return;
}
if (waitingOnSideA.Count == 0 && waitingOnSideB.Count == 0)
{
// StopAllCoroutines();
}
else if (waitingOnSideA.Count == 0 || waitingOnSideB.Count == 0)
{
fromSideA = (waitingOnSideA.Count == 0) ? 0 : capThisTick;
fromSideB = (fromSideA == 0) ? capThisTick : 0;
}
else if (waitingOnSideB.Count < waitingOnSideA.Count)
{
ratio = ((float)waitingOnSideB.Count) / ((float)waitingOnSideA.Count);
fromSideB = Mathf.FloorToInt(ratio * capThisTick);
fromSideA = capThisTick - fromSideB;
}
else
{
ratio = ((float)waitingOnSideA.Count) / ((float)waitingOnSideB.Count);
fromSideA = Mathf.FloorToInt(ratio * capThisTick);
fromSideB = capThisTick - fromSideA;
}
// Move along traveling Queue of ants
for (int i = travelingOnSideA.Count - 1; i >= 0; i--)
{
travelingOnSideA[i].travelTimeLeft -= GameManager.secondsPerGameTick;
if (travelingOnSideA[i].travelTimeLeft < float.Epsilon)
{
LocationB.Accept(travelingOnSideA[i]);
travelingOnSideA.RemoveAt(i);
}
}
for (int i = travelingOnSideB.Count - 1; i >= 0; i--)
{
travelingOnSideB[i].travelTimeLeft -= GameManager.secondsPerGameTick;
if (travelingOnSideB[i].travelTimeLeft < float.Epsilon)
{
LocationA.Accept(travelingOnSideB[i]);
travelingOnSideB.RemoveAt(i);
}
}
if (travelingOnSideA.Count > 0)
{
animationTravelA.enabled = true;
}
else
{
animationTravelA.enabled = false;
}
if (travelingOnSideB.Count > 0)
{
animationTravelB.enabled = true;
}
else
{
animationTravelB.enabled = false;
}
if (fromSideA > waitingOnSideA.Count)
{
fromSideA = waitingOnSideA.Count;
}
if (fromSideB > waitingOnSideB.Count)
{
fromSideB = waitingOnSideB.Count;
}
// Move ants to traveling queues
Ant tempAnt;
for (int i = 0; i < fromSideA; i++)
{
tempAnt = waitingOnSideA.Dequeue();
tempAnt.travelTimeLeft = secForAnt;
travelingOnSideA.Add(tempAnt);
}
for (int i = 0; i < fromSideB; i++)
{
tempAnt = waitingOnSideB.Dequeue();
tempAnt.travelTimeLeft = secForAnt;
travelingOnSideB.Add(tempAnt);
}
// Calculate Exponential Moving Average of capacity per tick
capTickAverage = (ExpRollingFilterAlpha * (fromSideA + fromSideB)) + (1.0f - ExpRollingFilterAlpha) * capTickAverage;
UpdateText();
}
