public override void Reset()
{
this.GPSLocation = new FsmVector3
{
UseVariable = true
};
this.mapProjection = ProjectLocationToMap.MapProjection.EquidistantCylindrical;
this.minLongitude = -180f;
this.maxLongitude = 180f;
this.minLatitude = -90f;
this.maxLatitude = 90f;
this.minX = 0f;
this.minY = 0f;
this.width = 1f;
this.height = 1f;
this.normalized = true;
this.projectedX = null;
this.projectedY = null;
this.everyFrame = false;
}
public override void Reset()
{
this.GPSLocation = new FsmVector3
{
UseVariable = true
};
this.mapProjection = ProjectLocationToMap.MapProjection.EquidistantCylindrical;
this.minLongitude = -180f;
this.maxLongitude = 180f;
this.minLatitude = -90f;
this.maxLatitude = 90f;
this.minX = 0f;
this.minY = 0f;
this.width = 1f;
this.height = 1f;
this.normalized = true;
this.projectedX = null;
this.projectedY = null;
this.everyFrame = false;
}
private void DoProjectGPSLocation()
{
this.x = Mathf.Clamp(this.GPSLocation.Value.x, this.minLongitude.Value, this.maxLongitude.Value);
this.y = Mathf.Clamp(this.GPSLocation.Value.y, this.minLatitude.Value, this.maxLatitude.Value);
ProjectLocationToMap.MapProjection mapProjection = this.mapProjection;
if (mapProjection != ProjectLocationToMap.MapProjection.EquidistantCylindrical)
{
if (mapProjection == ProjectLocationToMap.MapProjection.Mercator)
{
this.DoMercatorProjection();
}
}
else
{
this.DoEquidistantCylindrical();
}
this.x *= this.width.Value;
this.y *= this.height.Value;
this.projectedX.Value = ((!this.normalized.Value) ? (this.minX.Value + this.x * (float)Screen.width) : (this.minX.Value + this.x));
this.projectedY.Value = ((!this.normalized.Value) ? (this.minY.Value + this.y * (float)Screen.height) : (this.minY.Value + this.y));
}