public void Gcj02_To_Gps84()
{
var p1 = CoordinateUtil.Gcj02_To_Gps84(39.991754, 116.487585);
Assert.AreEqual(0, Math.Round(p1.getWgLat() - 39.990475, 4));
Assert.AreEqual(0, Math.Round(p1.getWgLon() - 116.481499, 4));
}
public void Gcj02_To_Bd09()
{
var p1 = CoordinateUtil.Gcj02_To_Bd09(39.984717169345, 116.4748955248);
Assert.AreEqual(0, Math.Round(p1.getWgLat() - 39.990475, 3));
Assert.AreEqual(0, Math.Round(p1.getWgLon() - 116.481499, 3));
}
public void Gps84_To_Gcj02()
{
var p1 = CoordinateUtil.Gps84_To_Gcj02(39.990475, 116.481499);
Assert.AreEqual(0, Math.Round(p1.getWgLat() - 39.991754014757, 6));
Assert.AreEqual(0, Math.Round(p1.getWgLon() - 116.487585177952, 6));
}
private IEnumerator Detect()
{
Collider[] hitColliders = Physics.OverlapSphere(droneTransform.position, range);
int found = 0;
yield return(new WaitForSeconds(duration));
foreach (Collider c in hitColliders)
{
if (c.CompareTag(rayTag))
{
Item item = c.gameObject.GetComponentInChildren <Item>();
if (item != null)
{
found++;
Coordinate coordinate = CoordinateUtil.GetCoordinate(droneTransform.position, item.transform.position);
Debug.Log("found: " + item.name + " at " + coordinate.ToString());
OnItemFound?.Invoke(this, item, coordinate);
yield return(new WaitForSeconds(durationPerFind));
}
}
}
}
public void Update()
{
var chunksWithinRadius =
CoordinateUtil.CoordinatesWithinRadius(
new Vector2(Source.position.x / ChunkSize, Source.position.z / ChunkSize),
128);
var chunksToGenerate = new HashSet <Vector2>(chunksWithinRadius);
chunksToGenerate.ExceptWith(_generatedChunkCoordinates);
_generatedChunkCoordinates.UnionWith(chunksToGenerate);
foreach (var chunkCoord in chunksToGenerate)
{
_generatedChunks[chunkCoord] = ChunkGenerator.GenerateChunk(
Mathf.FloorToInt(chunkCoord.x),
Mathf.FloorToInt(chunkCoord.y),
ChunkSize);
}
foreach (var chunkCoordinate in _generatedChunkCoordinates.Except(chunksWithinRadius))
{
Destroy(_generatedChunks[chunkCoordinate]);
_generatedChunks.Remove(chunkCoordinate);
}
_generatedChunkCoordinates.IntersectWith(chunksWithinRadius);
}
public ActionResult MapPost(string overlays, string countyId)
{
MyJsonResult result = new MyJsonResult();
if (string.IsNullOrEmpty(countyId))
{
result.message = "请选择乡镇";
return(Json(result));
}
if (string.IsNullOrEmpty(overlays))
{
result.message = "请在地图中选取行政规划";
return(Json(result));
}
List <Coordinate> list = JsonConvert.DeserializeObject <List <Coordinate> >(overlays);
if (list == null || list.Count == 0)
{
throw new ApplicationException("解析失败");
}
string coordinate = CoordinateUtil.getCoordinateString(list);
TownCoordinateDao dao = new TownCoordinateDao();
dao.save(new TownCoordinate()
{
CountyId = countyId, Coordinate = coordinate
});
dao.Dispose();
result.success = true;
return(Json(result));
}
public HashSet <DateTime> DaysVisited(double centerLatitude, double centerLongitude, int meterRadius)
{
var daysVisited = new HashSet <DateTime>();
foreach (var visit in PlaceVisits)
{
if (CoordinateUtil.SurfaceDistance(centerLatitude, centerLongitude, visit.CenterLat, visit.CenterLng) < meterRadius)
{
daysVisited.UnionWith(DateUtil.DaysBetween(visit.StartDateTime, visit.EndDateTime));
}
}
return(daysVisited);
}
public void RayCast_WhenOthogonal_DetectsEdgeCase()
{
// Arrange
var mock = new Mock <IEdgeCaseDetector>();
var coordinateUtil = new CoordinateUtil(mock.Object);
var source = new Coordinate(1, 1);
// Act
// Remember the ToArray because we need to evaluate the enumerable
// before we can check if the edge case was detected.
coordinateUtil.RayCast(source, new Coordinate(0, 0)).ToArray();
// Assert
mock.Verify(x => x.EdgeDetected("Orthogonal_Edge_Case"));
}
public string ConvertJourneyLogToCSVText()
{
string CSVfile = "";
//Ship playerShip = playerShipVars.ship;
//Let's first add the headings to each column
CSVfile += this.CSVheader;
Debug.Log("Route Count: " + routeLog.Count);
//first make sure the route isn't empty--if it is, then return a blank file
if (routeLog.Count == 0)
{
CSVfile = "There is no player data to save currently";
}
else
{
//Loop through each route in the list and respectively the cargo(they will always be the same size so a single for loop index can handle both at once
// Each loop represents a single line in the CSV file
for (int i = 0; i < routeLog.Count; i++)
{
//First add the player's unique machine ID--this will be different depending on the Operating System of the user, but will always be a consistent unique ID based on the users hardware(assuming there aren't major hardware changes)
CSVfile += SystemInfo.deviceUniqueIdentifier + ",";
//we're converting it to Web Mercator before saving it
Vector3 mercator_origin = new Vector3((routeLog[i].theRoute[0].x * 1193.920898f) + (526320 - 0), (routeLog[i].theRoute[0].z * 1193.920898f) + (2179480 - 0), routeLog[i].theRoute[0].y);
Vector3 mercator_end = new Vector3((routeLog[i].theRoute[1].x * 1193.920898f) + (526320 - 0), (routeLog[i].theRoute[1].z * 1193.920898f) + (2179480 - 0), routeLog[i].theRoute[1].y);
Vector2 longXlatY_origin = CoordinateUtil.ConvertWebMercatorToWGS1984(new Vector2(mercator_origin.x, mercator_origin.y));
Vector2 longXlatY_end = CoordinateUtil.ConvertWebMercatorToWGS1984(new Vector2(mercator_end.x, mercator_end.y));
//TODO: This needs to be cleaned up below--the lat/long bit so it's not wasting resources on a pointless conversion above
//TODO -- Seriously this XYZ / XZY business is a frankenstein monster of confusion--I can't even fathom in my current sleep deprived state why I'm having to put the y as a z here. My god. Someone Save me!
//If this isn't a player travel route, but a port stop, then we don't need to worry about the conversion of of lat / long--it's already in lat long
if (routeLog[i].settlementID != -1)
{
longXlatY_origin = new Vector2(routeLog[i].theRoute[0].x, routeLog[i].theRoute[0].z);
longXlatY_end = Vector2.zero;
}
CSVfile += routeLog[i].timeStampInDays + "," + longXlatY_origin.x + "," + longXlatY_origin.y + "," + mercator_origin.z + "," +
longXlatY_end.x + "," + longXlatY_end.y + "," + mercator_end.z;
/*CSVfile += ((routeLog[i].theRoute[0].x * 1193.920898f) + (526320 - 0)) + "," +
* ((routeLog[i].theRoute[0].z * 1193.920898f) + (2179480 - 0)) + "," +
* routeLog[i].theRoute[0].y + "," +
*
* ((routeLog[i].theRoute[1].x * 1193.920898f) + (526320 - 0)) + "," +
* ((routeLog[i].theRoute[1].z * 1193.920898f) + (2179480 - 0)) + "," +
* routeLog[i].theRoute[1].y;
*/
//Add the Resources to the line record
CSVfile += cargoLog[i];
CSVfile += otherAttributes[i];
//Add a newline if not on last route
if (i != (routeLog.Count - 1))
{
CSVfile += "\n";
//Debug.Log ("Adding a NEW Line?");
}
//Debug.Log (CSVfile);
}
}
return(CSVfile);
}
