//List<Anomalies.Anomaly> anomaliesList = new List<Anomalies.Anomaly>();
public void SetClosestAnomaly()
{
// this is run on establishing landing spot (to avoid expensive constant foreach loops
SetRoverLocation(); // (update rover location)
closestAnomaly = Anomalies.Instance.ClosestAnomaly(Vessel, Vessel.mainBody.bodyName);
}
public void setClosestAnomaly(string bodyName)
{
// this is run on establishing landing spot (to avoid expensive constant foreach loops
setRoverLocation(); // (update rover location)
double distanceClosest = 0;
double distanceCheck = 0;
if (Anomalies.Instance.hasAnomalies(bodyName))
{
anomaliesList = Anomalies.Instance.getAnomalies(bodyName);
closestAnomaly = anomaliesList[0]; // set initial
// check and find closest anomaly
int i = 0;
foreach (Anomalies.Anomaly anomaly in anomaliesList)
{
distanceClosest = getDistanceBetweenTwoPoints(location, closestAnomaly.location);
distanceCheck = getDistanceBetweenTwoPoints(location, anomaly.location);
//Debug.Log("========" + i + "========");
//Debug.Log("distanceClosest: " + distanceClosest);
//Debug.Log("distanceCheck: " + distanceCheck);
//Debug.Log("Current lat/long: " + location.latitude + "/" + location.longitude);
//Debug.Log("Closest Anomaly lat/long: " + closestAnomaly.location.latitude + "/" + closestAnomaly.location.longitude);
//Debug.Log("Check Anomaly lat/long: " + anomaly.location.latitude + "/" + anomaly.location.longitude);
//Debug.Log("==========<END>==========");
if (distanceCheck < distanceClosest)
{
closestAnomaly = anomaly;
}
i++;
}
distanceClosest = getDistanceBetweenTwoPoints(location, closestAnomaly.location);
Debug.Log("======= RS: closest anomaly details =======");
Debug.Log("long/lat: " + closestAnomaly.location.longitude + "/" + closestAnomaly.location.latitude);
Debug.Log("instantaneous distance: " + getDistanceBetweenTwoPoints(location, closestAnomaly.location));
Debug.Log("id: " + closestAnomaly.id);
Debug.Log("name: " + closestAnomaly.name);
Debug.Log("=== RS: closest anomaly details <<END>>====");
}
}
