public void updateCoordinates(CoreLocationData data)
{
//float lat1 = data.latitude * Mathf.Rad2Deg;
//float long1 = data.longitude * Mathf.Rad2Deg;
//float distance = CoornidatesHelper.distanceFromDegreesToMeters(lat1,long1,CoornidatesHelper.getRandomLati(),CoornidatesHelper.getRandomLongi());
//float distance = CoornidatesHelper.getRandomDistance();
if(data != null){
//Debug.Log("latitude: " + data.latitude + " longitude: " + data.longitude);
double distance = CalculateHelper.calculateDistance(data.latitude, data.longitude, CoornidatesHelper.getRandomLati(),CoornidatesHelper.getRandomLongi());
Debug.Log("+++++++distance: " + distance);
this.transform.localScale = Vector3.one * (float)(1/distance);
//float angle = CoornidatesHelper.degreesFromDegreesToMeters(lat1,long1,CoornidatesHelper.getRandomLati(),CoornidatesHelper.getRandomLongi());
float angle = CoornidatesHelper.getRandomDegrees();
Vector3 position = Quaternion.Euler(0,angle,0) * Vector3.forward;
this.transform.position = position;
}
else
Debug.Log("Data is null");
//Debug.Log("Test native code: " + CalculateHelper.calculateDistance(41.59032, -87.47359, 41.6175, -87.48512));
//CoreLocationBinding.stopUpdatingLocation();
//Debug.Log("angle:"+ angle + " distance:"+ distance + "scale:" + this.transform.localScale + " position:" + this.transform.position);
}
public void locationServicesDidUpdate( CoreLocationData locationData )
{
if(onUpdateCoordinates != null) {
onUpdateCoordinates(locationData);
}
}
public void locationServicesDidUpdateLocation( string returnString )
{
// this is the location data for use in your game. It is stored in a static ivar for easy access
CoreLocationData locationData = CoreLocationData.locationDataFromString( returnString );
CoreLocationManager.lastLocationData = locationData;
// kick off the event
if( locationServicesDidUpdate != null )
locationServicesDidUpdate( locationData );
}
public void locationServicesDidUpdate( CoreLocationData locationData )
{
Debug.Log( "locationServicesDidUpdate event: " + locationData );
myLatitude = locationData.latitude;
myLongitude = locationData.longitude;
latitudeText.text = myLatitude.ToString();
longitudeText.text = myLongitude.ToString();
float dy = (float)myLatitude - CLO_Latitude;
float dx = (float)myLongitude - CLO_Longtitude;
float angle = Mathf.Atan2(dx,dy) * Mathf.Rad2Deg;
directionAngle = angle+180.0f;
}
public void updateCoordinates(CoreLocationData data)
{
//float lat1 = data.latitude * Mathf.Rad2Deg;
//float long1 = data.longitude * Mathf.Rad2Deg;
//float distance = CoornidatesHelper.distanceFromDegreesToMeters(lat1,long1,CoornidatesHelper.getRandomLati(),CoornidatesHelper.getRandomLongi());
//float distance = CoornidatesHelper.getRandomDistance();
float distance;
float angle;
float latitudeTarget = CoornidatesHelper.getRandomLati();
float longitudeTarget = CoornidatesHelper.getRandomLongi();
//float latitudeTarget = 41.586135f;
//float longitudeTarget = -87.474901f;
if(data != null){
double latitudeRef = data.latitude;
double longitudeRef = data.longitude;
distance = (float)CalculateHelper.calculateDistanceFromGPS(latitudeRef, longitudeRef, latitudeTarget,longitudeTarget);
//Debug.Log("The distance of turbine and phone: " + distance);
//float angle = CoornidatesHelper.degreesFromDegreesToMeters(lat1,long1,CoornidatesHelper.getRandomLati(),CoornidatesHelper.getRandomLongi());
//float angle = CoornidatesHelper.getRandomDegrees();
angle = (float)CalculateHelper.calculateDegreeFromGPS(latitudeRef, longitudeRef, latitudeTarget,longitudeTarget);
}
else {
Debug.Log("No real GPS data of the phone");
distance = CoornidatesHelper.getRandomDistance();
angle = CoornidatesHelper.getRandomDegrees();
}
float realAngle = angle - (float)MainGUI.trueNorthDegree;
if(realAngle < 0)
realAngle = realAngle + 360.0f;
Vector3 position = Quaternion.Euler(0, realAngle, 0) *Vector3.forward;
this.transform.localScale = Vector3.one * (1/distance);
//Vector3 position = Quaternion.Euler(0,angle,0) * Vector3.forward;
this.transform.position = position;
Debug.Log("Distance: " + distance + " Degree: " + angle + " Degree in Phone: " + realAngle);
//Debug.Log("Test native code: " + CalculateHelper.calculateDistance(41.59032, -87.47359, 41.6175, -87.48512));
//CoreLocationBinding.stopUpdatingLocation();
//Debug.Log("angle:"+ angle + " distance:"+ distance + "scale:" + this.transform.localScale + " position:" + this.transform.position);
}
public static CoreLocationData locationDataFromString( string locationString )
{
CoreLocationData locationData = new CoreLocationData();
string[] parts = locationString.Split( '|' );
if( parts.Length == 7 )
{
locationData.altitude = float.Parse( parts[0] );
locationData.latitude = double.Parse( parts[1] );
locationData.longitude = double.Parse( parts[2] );
locationData.course = float.Parse( parts[3] );
locationData.horizontalAccuracy = float.Parse( parts[4] );
locationData.verticalAccuracy = float.Parse( parts[5] );
locationData.speed = float.Parse( parts[6] );
}
return locationData;
}
