// Update is called once per frame
void Update()
{
if (p == null)
{
return;
}
//degree = 90 - degree;
if (Input.compass.enabled)
{
degree = Input.compass.magneticHeading;
}
else
{
degree = 0;
Input.location.Start();
}
// angle = (System.Math.PI * degree / 180.0);
//double angle2 = System.Math.PI / 2 + angle;
//double sinAngle = System.Math.Sin( angle2);
//double cosAngle = System.Math.Cos( angle2);
////Debug.Log(sinAngle);
//x = (float)( DefaultDistance *factor) ;//* cosAngle
//y = DefaultDistance * (float)(factor * sinAngle);
//Debug.Log(cosAngle);
//GetComponent<Transform>().localPosition = new Vector3(distance * (float)cosAngle, distance * (float)sinAngle, 0);
//degree = 0;
double angle = Math.PI * degree / 180.0;
double sinAngle = Math.Sin(-1 * angle);
double cosAngle = Math.Cos(-1 * angle);
//s = os = oa + as = x cos(theta) + y sin(theta)
//t = ot = ay – ab = y cos(theta) – x sin(theta)
Debug.Log(cosAngle);
GPSlocation userPosition = new GPSlocation(51.5221, -0.131411);
double longitude = Input.location.lastData.longitude; //userPosition.longitude;//
double latitude = Input.location.lastData.latitude; // userPosition.latitude;//
float currentX = (float)longitude;
float currentZ = (float)latitude;
Debug.Log(currentX);
float x = (float)p.GetGPSlocation().longitude - currentX;
float z = (float)p.GetGPSlocation().latitude - currentZ;
Debug.Log(x);
float s = (float)(x * cosAngle + z * sinAngle);
float t = (float)(z * cosAngle - x * sinAngle);
GetComponent <Transform>().localPosition = new Vector3(s * 20000, t * 20000, 0);
//
}